DUOLING High Crushing Ratio Hydraulic HP MINE CONE CRUSHER

Product Overview

Description

DUOLING High Crushing Ratio Hydraulic HP MINE CONE CRUSHER

 

                                                             

    

 

PE Series Jaw Crusher

 

General Introduction

 The PYM Series cone crushers are characterized by the optimized combination of crusher speed, eccentricity and cavity profile. This combination has proved revolutionary, providing higher capacity, better product quality and suitability to a wider range of applications. From limestone to compact hematite, from ballast to manufactured sand production, and from small portable plants to large mining plants, the PYM cone crushers are unbeatable in secondary, tertiary and quaternary applications.

The PYM cone crusher cavity can be converted from extra-fine to extra-coarse cavity simply by replacing the mantle, bowl liner, adapter ring, and wedge bolts. In this way, the crusher is easily adapted to feed and desired product requirements.

Using the hydraulic motor setting adjustment makes it easy to balance the crusher circuit and optimize crusher productivity. The addition of a hydraulic motor position transducer system to keep track of crusher setting is all that required to connect the crusher to an electronic automation system.

                   

 Technical Parameters

 

  

Model	Cavity	Discharge Setting Min.(MM)	Feed  Opening (MM)	Power (KW)	Weight (T)
PYH-2	X	13	95	160	11.4
	Z	16	120
	C	19	190
PYHD-2	Z	6	54
	C	10	76
PYH-3	X	13	105	220	17.4
	Z	16	150
	C	19	215
	CC	25	230
PYHD-3	X	6	25
	Z	8	54
	C	10	76
PYH-4	X	13	110	315	24.5
	Z	20	200
	C	25	250
	CC	30	300
PYHD-4	X	6	40
	Z	8	50
	C	10	90
PYH-5	X	16	135	400	34.4
	Z	22	210
	C	30	290
	CC	38	330
PYHD-5	X	8	40
	Z	10	56
	C	13	95
PYH-8	X	16	220	630	63
	Z	25	265
	C	30	300
	CC	38	350
PYHD-8	X	5	35
	Z	10	90
	C	13	155

 

 

 

Application

 

Secondary and Tertiary Crushing 

Mining, Aggregate, Metallurgy, Industrial, Construction, Environmental

 

Working Principle 

 

Crushing process is completed between the fixed cone and eccentric rotating moving cone Horizontal axis of crusher is driven by motor through the V-belt and drives eccentric cover by gear Eccentric cover makes shaft rotate to cause eccentricity Materials enter crushing chamber through upper inlet of crusher and are discharged out through lower outlet .