DHP Super Hydraulic Cone Crusher

Brief Description

1.Widely used in the Quarrying and Mining industries,
2.the DHP Multi-cylinder Hydraulic Cone Crusher has been designed based around German technology utilizing higher crushing speed, advanced eccentricity, and a high performance crushing chamber.
3.This combination has resulted in a crusher which is far superior to the conventional Spring Crusher, with vast increases in crushing efficiency and capacity.
4.These machines are available in 4 sizes, each with a choice of 3 cavity configurations.

Characteristic

1. It adopts big diameter shaft, heavy frame and automatic control system of independent thin oil lubrication system, strong and durable, reliable operation.
2. It rapidly recovers the discharge opening and guarantees discharge opening space since overload protection device ensures the tramp iron through the crushing chamber.
3. It adopts lamination crushing principle and forms the material protective layer, not only reducing the abrasion,but also increasing the cubic material percentage.
4. No filler mechanical locking for quick wearing parts, easy to replace, saving time and labor.

Parameter

Model	Cavity type	Max.feed size (mm)	Range of discharge port	Motor power (kw)	Closed side setting(mm) Capacity(t/h)									weight（Without motor）（t）
Model	Cavity type	Max.feed size (mm)	Range of discharge port	Motor power (kw)	13	16	19	22	26	32	38	45	51	weight（Without motor）（t）
DHP200	C	185	22-38	160				180	195	210	225			10.9
	M	125	16-32			118	140	163	182	200
	F	95	13-26		95	115	135	160	180
DHP300	EC	230	26-51	220					230	270	320	370	400	17.8
	C	211	22-45					210	225	260	310	360
	M	150	16-38			155	175	200	220	260	295
	F	107	13-32		110	155	165	195	225	250
DHP400	EC	300	32-51	315						439	504	576	624	25
	C	250	26-51						354	420	468	498	570
	M	200	22-45					318	366	405	435	474
	F	120	16-38			237	252	294	330	366	396
DHP500	EC	335	32-51	400						598	728	799	884	34.1
	C	280	26-51						507	617	773	825
	M	210	22-45					442	500	600	669	728
	F	133	16-38			370	396	429	474	568	728