Single Cylinder Hydraulic Stone Cone Crusher

China Single Cylinder Hydraulic Stone Cone Crusher, Find details about China Crushing Machine, Mining Machine from Single Cylinder Hydraulic Stone Cone Crusher

Basic Info.

Model NO.

Cone Crusher

Inlet Size

0-220mm

Condition

New

Warranty

12 Months

After-sales Service

The Whole Time

After Sales Service

The Whole Time

Certification

CE, ISO, GOST

Deliver Time

20 Days

Crushing Capacity

0-1000t/H

Other Material

Gold Mine,Iron Ore,Copper Mine,Manganese Mine

Crushing Type

Secondary Crusher, Fine Crusher, Medium Hard Rock

Trademark

SKE

Transport Package

Export Standard

Specification

HGP

Origin

Shanghai

HS Code

8474209000

Model NO.

Cone Crusher

Inlet Size

0-220mm

Condition

New

Warranty

12 Months

After-sales Service

The Whole Time

After Sales Service

The Whole Time

Certification

CE, ISO, GOST

Deliver Time

20 Days

Crushing Capacity

0-1000t/H

Other Material

Gold Mine,Iron Ore,Copper Mine,Manganese Mine

Crushing Type

Secondary Crusher, Fine Crusher, Medium Hard Rock

Trademark

SKE

Transport Package

Export Standard

Specification

HGP

Origin

Shanghai

HS Code

8474209000

Product Desciption

Single Cylinder Hydraulic Stone Cone Crusher

HGP Single Cylinder Hydraulic Cone Crusher is a new high-efficiency cone crusher independently researched, developed and designed by SKE. This cone crusher integrates mechanical, hydraulic, electrical, automation and intelligent control technologies, and possesses advanced cone crusher technologies in the world.

Features Of Single Cylinder Hydraulic Cone Crusher

1.It Can Crush Harder Rocks, Medium Hard Stone, And Soft Rocks, Etc.

2.Its Final Products Is Well Shaped. Optimized Combination Of Crushing Frequency, Eccentricity, And Laminated Crushing, So That
3.The Crushed Material Of The Size Of The Discharge Port Can Maintain A Better Product Shape.

4.Lower Production Cost. The Optimized Liner Design Makes The Unit Steel Consumption Lower; The Lamination Crushing And Full
5.Feeding Make The Equipment Operation Rate Higher.

6.Simple Operation And Maintenance. With Only Button Control, Hydraulic Pressure Can Be Used To Achieve Stepless Adjustment Of
7.The Discharge Opening, And It Can Be Carried Out During The Production Process, Making The Operation More Intuitive. After
8.Finishing The Wear Parts, No Packing Is Needed During Assembly.

9.High Degree Of Automation.

Specification Of Single Cylinder Hydraulic Cone Crusher

Single Cylinder Hydraulic Cone Crusher(Fine Crushing Type)
Model	Cavity Type	Feeding Open Size(mm)	Max. Feed Edge(mm)	Discharge Open Size(mm)			Max. Discharge Edge(mm)			Motor Power(kw)	Weight(Kg)
Model	Cavity Type	Feeding Open Size(mm)	Max. Feed Edge(mm)	Stroke	Stroke	Stroke	Stroke	Stroke	Stroke	Motor Power(kw)	Weight(Kg)
HGP100				16	22		16	22		90	6000
	A	150	120	12	15		39	37
	B	130	105	10	11		33	31
	C	100	85	7	9		33	30
	D	40	32	5	6		31	29
HGP200				18	25		18	25		160	10600
	A	220	180	18	22		32	30
	B	150	120	15	19		32	30
	C	80	60	9	12		32	30
	D	40	32	6	8		32	30
HGP300				25	32		25	32		250	15500
	A	230	190	20	25		45	40
	B	150	125	17	20		45	40
	C	80	60	10	13		40	35
	D	40	32	6	8		40	35
HGP500				25	32	40	25	32	40	315	22500
	A	230	180	22	26	30	50	45	40
	B	150	125	19	22	26	48	43	38
	C	100	80	12	14	16	40	35	30
	D	50	40	8	10	12	30	25	20
HGP600				34	42	50	34	42	50	355	27000
	A	280	220	22	26	30	45	35	30
	B	150	125	19	22	26	45	35	30
	C	100	80	12	14	16	35	30	25

Model	Stroke	Close Setting Size(mm) and Crushing Capacity(TPH)
Model	Stroke	8	12	16	20	25	30	35	40	45	50
HGP100	16	35-40	45-55	55-65	65-75	75-85	90-100	105-115
HGP100	22	45-50	55-65	65-75	75-90	85-105	100-125	115-135
HGP200	18	65-75	75-90	85-105	100-125	135-150	160-175	170-190
HGP200	25		90-110	110-130	125-155	160-180	185-210
HGP300	25	100-120	110-135	130-160	150-180	170-200	200-230	230-260	250-290	270-310
HGP300	32	110-135	130-150	160-200	180-220	200-250	230-280	260-310	280-320	300-340
HGP500	25	100-120	120-150	140-170	160-190	190-220	220-250	250-280	280-310	330-370
	32		150-170	170-200	200-230	250-270	280-300	310-340	370-420	430-500
	40		180-200	210-240	250-280	300-330	330-380	370-420	430-500
HGP600	34	/	245-270	270-305	310-340	330-380	385-435	445-495	495-530	540-585	575-640
	42	/	280-320	320-355	350-395	390-460	475-525	550-605	610-655	650-715	/
	50	/	330-365	370-410	410-455	465-535	540-595	590-655	655-715	/	/

Single Cylinder Hydraulic Cone Crusher(Medium Crushing Type)
Model	Cavity Type	Feeding Open Size(mm)	Max. Feed Edge(mm)	Discharge Open Size(mm)			Max. Discharge Edge(mm)			Motor Power(kw)	Weight(Kg)
Model	Cavity Type	Feeding Open Size(mm)	Max. Feed Edge(mm)	Stroke	Stroke	Stroke	Stroke	Stroke	Stroke	Motor Power(kw)	Weight(Kg)
HGP100				16	22		16	22		75-90	8300
	A	300	250	35	35		65	60
	B	250	210	35	35		65	60
HGP200				18	25		18	25		110-160	11800
	A	330	280	27	30		65	60
	B	250	210	25	28		60	55
HGP300				25	32		25	32		160-250	20000
	A	380	320	28	32		73	69
	B	280	240	26	30		66	62
HGP500				18	25	32	18	25	32	250-315	33000
	A	500	420	50	55	60	80	75	70
	B	380	320	40	45	50	70	65	60
HGP600				18	25	32	18	25	32	355	32700
	A	500	420	50	55	60	105	100	95
	B	380	320	45	45	55	105	100	95

Model	Stroke	Close Setting Size(mm) and Crushing Capacity(TPH)
Model	Stroke	35	40	45	50	55	60	65	70	75
HGP100	16	135-150	145-165	155-175	165-185	175-190	180-205
HGP100	20	160-180	170-200	180-210	190-220	200-230	205-235
HGP200	18	160-190	180-210	200-230	230-250	250-270	270-300
HGP200	25	190-240	210-260	230-280	260-310	290-340	310-370
HGP300	25	250-300	290-340	320-350	350-380	380-410	410-440	440-470
HGP300	32	340-390	370-420	400-440	430-470	470-500	500-510	530-540
HGP500	18			300-350	330-380	370-420	400-450	430-480	460-510	500-550
	25				500-550	550-600	600-650	650-700	700-750	750-800
	32			300-350	650-700	700-750	750-800	825-875	900-950	950-1000
HGP600	18				330-380	400-450	430-480	460-510	500-550	540-590
	35				550-600	600-650	650-700	700-750	750-800	800-850
	32				700-750	750-800	800-850	850-900	900-950	950-1000

When a HGP Single Cylinder Hydraulic Cone Crusher works, driven by the motor, the transmission shaft rotates under the action of belt pulley and triangular belt. Next, the transmission shaft drives the eccentric sleeve to make it rotate around the axis. Meanwhile, the eccentric sleeve forces the movable cone to do pendular movement. This movement makes the movable cone and fixed cone sometimes close to, sometimes far away from the rolling wall. Materials are continuously shocked, squeezed and crushed in the crushing cavity between the crushing wall and the rolling wall. Finally, materials are discharged out of the machine when their fineness reaches the discharging standard.