CS/CH Series Single-Cylinder Cone Crusher-Vanguard Machinery

Overview

In order to meet the needs of market development, our company develops an efficient fine crusher, single cylinder hydraulic cone crusher. With the concise and compact structure, it can adjust discharge gate directly, prevent iron, and clear the cavity by the unique design of cylinder structure at the bottom. Single cylinder hydraulic cone crusher represents world's most advanced crushing technology, widely used in metal and non-metallic mineral, cement, sand and metallurgical industries for crushing, fine crushing and ultra fine crushing. It has many advantages like high efficiency crushing, low production cost, easy to maintain, good product shape, suitable for fine crushing and ultra fine crushing of minerals. It can do well in crushing the material to the required size to meet the production needs of customers.

Features

Higher Reliability

Heavy-duty designed main frame with first class steel. High manganese composite material liner, more hard-wearing. Huge diameter main shaft, more sturdy and durable.

Less Production Cost

Vanguard has long term experience and advanced metallurgy technology in crusher liner, that can reduce the crusher unit wearing. The optional automatic control system help to feed fully and to adjust the liner gap automatically during the crusher running, and improved the crusher working efficiency, then the unit production cost will be much less.

Wider Application

This series cone crusher has bigger feeding port size, then it is suitable for various crushing plant for best capacity, and it is widely used in medium and superfine crushing, stationary and mobile crushing plant. Improved crushing speed, eccentric arm (stroke) and cavity design can bring the higher capacity and better products.

Learn More About CS/CH Series Single-Cylinder Cone Crusher

The working part of the cone crusher is the two truncated cone is a cone, one is a fixed cone, and the other is a moving cone. The fixed cone is stationary and part of the frame. The lower end of the moving cone is movably inserted into the eccentric bushing. Therefore, the central axis of the fixed cone intersects with the central axis of the moving cone at an oblique angle. When the central axis of the moving cone rotates around the central axis of the fixed cone, the moving cone deflects along the inner surface of the fixed cone. In the section where the moving cone is close to the fixed cone, the material is squeezed, impacted and bent by the moving cone, and becomes a crushing chamber; in the place where the moving cone deviates from the fixed cone, the crushed material is discharged from the bottom of the cone under the action of self-weight and becomes a discharge port, and the material is loaded from the inlet.

Product Album

Specifications - Technical Data

Model	Power(kW)	Cavity Type	Max. Feed Size (mm)	Throughput (t/h) if Crusher Running at CSS (mm)
Model	Power(kW)	Cavity Type	Max. Feed Size (mm)	Throughput (t/h) if Crusher Running at CSS (mm)
CH820	90			6	8	10	13	16	19	22	25	32	38	44	51
		EC	135			55	100	105	115	120	130	145
		C	90			60	405	110	120	125	135	80
		M	65		50	85	90	90	70
		MF	50	40	75	80	80	60
		F	38	60	60	65	55	45
		EF	28	30-40 with 80% less than 4.5-5.5mm
CH830	160			6	8	10	13	16	19	22	25	32	38	44	51
		EC	190				125	170	185	196	210	240	240
		C	145			85	150	165	175	185	200	225	170
		MC	115			65	160	175	185	200	210	165
		M	90		75	100	150	165	175	185	175	120
		MF	75		70	120	130	145	145	130	105
		F	50	90	95	100	110	120	120	110	90
		EF	35	70-90 with 80% less than 5-5.6mm
CH840	250			6	8	10	13	16	19	22	25	32	38	44	51
		EC	215					200	276	294	313	357	395	384
		C	175				101	218	292	312	332	378	335	229
		MC	140				122	262	282	301	320	328	242
		M	110				187	278	298	318	339	281	194
		MF	85			114	227	245	263	281	299	248
		F	70		135	176	191	206	221	236	251	208
		EF	38	100-125 with 80% less than 6-7.5mm
CH860	315			6	8	10	13	16	19	22	25	32	38	44	51
		EC	275					177	338	436	464	547	605	662	511
		C	215					190	367	480	501	582	643	512	353
		MC	175					253	426	455	484	552	499	364
		M	135					295	440	470	500	502	403
		MF	115				192	369	396	423	450	451	363
		F	85				304	328	352	376	400	401	323
		EF	65				293	316	298	290
CH870	500			13	16	19	22	25	32	38	44	51	57	64	70
		EC	300				588	849	968	1070	1172	1291	1393	1512	1331
		C	240			406	636	893	1018	1125	1232	1357	1464	1461	1286
		MC	195			440	723	837	954	1055	1155	1272	1373	1370	1206
		M	155			563	786	836	953	1054	1154	1271	1372	1248	1098
		MF	100		424	716	765	814	928	942	789	702
		F	90	395	656	704	752	800	912	857	718
		EF	80	517	558	598	639	680	775	128	669
CH880	750			13	16	19	22	25	32	38	44	51	57	64	70
		EC	370					459	1309	1446	1584	1745	1883	2043	2181
		C	330				397	774	1404	1552	1700	1873	2020	2193	2140
		MC	300			513	852	1232	1404	1552	1700	1873	2020	2005	1739
		M	230		312	670	951	1106	1261	1394	1526	1681	1814	1800	1564
		MF	160	204	514	690	921	980	1117	1235	1352	1490	1607	1396	1170
		F	120	289	669	838	895	952	1085	1165	1051	827	625
CH885	750			10	13	16	19	22	25	32	38	44	51	57	64
		EFX	100		423	666	715	763	812	926	994	896	705	533
		EF	85	246	585	631	678	724	770	878	970	1063	1170	1010	862
		EEF	75	475	564	608	653	697	742	846	855	761	580	417

Model	Power(kW)	Cavity Type	Max Feed Size (mm)	Nominal capacity in t/h with crusher running at CSS （mm）
Model	Power(kW)	Cavity Type	Max Feed Size (mm)	Nominal capacity in t/h with crusher running at CSS （mm）
				16	19	22	25	29	32	35	38	41	44	48	51
CS820	90	EC	240			110	123	142	151	145	132
CS820	90	C	200	77	85	105	110	131	133
CS830	160	EC	360				151	161	175	193	243	285	300	281	250
CS830	160	C	300				170	182	203	256	273	295	305	237
CS840	250	EC	450							273	323	345	356	421	447
CS840	250	C	400						291	335	363	395	415	421	375
CS850	315	EC	560								385	464	535	621	647
CS850	315	C	500							335	418	535	620	660	683