S CONE CRUSHER

INTRODUCTION:
s cone crusher has been developed to crush high or medium hardness material, such as iron ore , copper ore, limestone, quartz, granite, and sand stones, etc. And the Zenith cone crusher is used in metallurgical, construction, road building, chemical, silicate Industries. The cone crusher has the advantage of reliable construction, high prod activity, easy adjustment and less cost in operation. The spring release system of crusher acts an overload protection system that allows tramp to pass through the crushing chamber without damage to the crusher, use dry oil, water, two kinds of sealed formation. s Cone crusher made plaster stone and engine oil separated, assured reliable performance. s cone cruhser chamber depend upon the size of feed and fineness of the crushed product. The standard type is applied to medium crushing, the medium type is applied to medium or fine crushing and the short head is applied to fine crushing.

Features:
s cone crusher has been developed to crush high or medium hardness material, such as iron ore , copper ore, limestone, quartz, granite, and sand stones, etc. And the Zenith cone crusher is used in metallurgical, construction, road building, chemical, silicate Industries. The cone crusher has the advantage of reliable construction, high prod activity, easy adjustment and less cost in operation. The spring release system of crusher acts an overload protection system that allows tramp to pass through the crushing chamber without damage to the crusher, use dry oil, water, two kinds of sealed formation. s Cone crusher made plaster stone and engine oil separated, assured reliable performance. s cone cruhser chamber depend upon the size of feed and fineness of the crushed product. The standard type is applied to medium crushing, the medium type is applied to medium or fine crushing and the short head is applied to fine crushing.
If you want to get more information, please visit Zenith .
Working Principle:
The working principle of s cone crusher is more or less same with the cone crusher's.



Model	Cavity	Recommended Minimum Discharge Setting A(mm)	Feed Opening With Min.Recommended Discharge Setting A(mm)		Capacities In Tons Per Hour Passing Through The Crusher At Indicated Discharge	Power(KW)
			Opening Side”B”	Closed Side”B”
36” (3’)	Fine	9	102	83	45-93	75
	Coarse	13	175	159	59-165
	Extra Coarse	25	178	163	129-198
51" ( 4.25' )	Fine	13	137	109	106-183	185
	Medium	16	210	188	132-304
	Coarse	19	241	216	171-349
	Extra Coarse	25	259	238	230-450
66" ( 5.5' )	Fine	15	209	188	180-324	240
	Medium	22	241	213	252-437
	Coarse	25	269	241	299-634
	Extra Coarse	38	368	331	431-680
84" ( 7' )	Fine	19	278	253	381-1028	400
	Medium	25	334	303	605-1284
	Coarse	31	369	334	786-1450
	Extra Coarse	38	460	425	886-1637

Specification Chart In Open Circuit (SHORT HEAD):

Model	Cavity	Recommended Minimum Discharge Setting A(mm)	Feed Opening With Min.Recommended Discharge Setting A(mm)		Capacities In Tons Per Hour Passing Through The Crusher At Indicated Discharge	Power(KW)
			Opening Side”B”	Closed Side”B”
36” (3’)	Fine	3	41	13	27-91	75
	Coarse	3	60	33	28-100
	Extra Coarse	6	76	51	58-127
51" ( 4.25' )	Fine	3	64	29	36-160	155
	Medium	6	89	54	84-164
	Coarse	8	105	70	110-224
	Extra Coarse	16	133	98	209-236
66" ( 5.5' )	Fine	5	70	35	90-207	240
	Medium	6	89	54	137-280
	Coarse	10	133	98	190-330
	Extra Coarse	13	133	117	253-337
84" ( 7' )	Fine	5	105	51	189-509	400
	Medium	10	133	95	352-617
	Coarse	13	178	127	450-687
	Extra Coarse	16	203	152	505-727