Product Overview

The CRUSTION CHP series multi-cylinder hydraulic cone crusher is a high-performance hard-rock crushing product designed and developed by our company. It features stable operation, a variety of chamber types, laminated compression crushing, excellent crushing performance, high fines content, superior final particle shape, and a high degree of automation. Compared with similar products, this equipment boasts large production capacity, high crushing ratio, good product particle shape, low energy consumption, high automation, high reliability, simple operation and maintenance, and low operating costs. It delivers outstanding results in the fine and ultrafine crushing of hard ores. The CHP series multi-cylinder hydraulic cone crusher is widely used for medium and fine crushing in industries such as metallurgy, mining, sand and gravel aggregates, and cement. It can process river pebbles, granite, basalt, limestone, dolomite, and other ores, as well as non-ferrous and ferrous metal ores. It finds applications in water conservancy, construction materials, metallurgy, chemical industry, transportation, and other sectors.

Product Model

CHP Series Multi-Cylinder Hydraulic Cone Crusher	1	CHP100
	2	CHP200
	3	CHP300
	4	CHP400
	5	CHP500
	6	CHP800
	7	CHP900
	8	CHP3
	9	CHP4
	10	CHP6

Working principle

1. The motor drives the crusher’s horizontal shaft to rotate via a V-belt and pulleys, and the horizontal shaft, in turn, drives the eccentric sleeve assembly to rotate through spiral bevel gears.
2. The eccentric sleeve, featuring an eccentric inner cylindrical surface, drives the crushing cone to perform a swing motion, thereby generating periodic relative motion between the moving mantle lining of the eccentric swing and the stationary fixed mantle lining.
3. The material to be crushed is continuously subjected to compression and bending within the crushing chamber, resulting in its fragmentation.

Product Features

1. High production efficiency
The product employs compression crushing theory, featuring a scientifically designed crushing chamber, large eccentricity, and excellent swing frequency. By utilizing hydraulic cylinder pre‑loading technology, it maintains a constant discharge opening throughout the crushing process, ensuring high stability, large throughput, higher production efficiency, superior product particle shape, and lower energy consumption.

2. Broad adaptability
The product is available in two major series: standard and short-head models. Each model offers multiple chamber configurations, and switching between them requires only replacing a few components, such as the corresponding liner, pulley, and auxiliary ring. By adjusting the drive shaft speed, the product’s particle size distribution can be fine-tuned, maximizing the equipment’s value.

3. High degree of automation
The automated control system provides overload protection, iron‑removal protection, discharge opening adjustment, and synchronized cavity clearing, while continuously monitoring parameters such as oil temperature, oil pressure, flow rate, load, and discharge opening size to ensure reliable equipment operation.

4. Low operating costs
The specially designed crushing chamber geometry, liner configuration, and materials enhance liner utilization and durability. Most components can be assembled or disassembled from the top and sides of the equipment, making maintenance safer, more convenient, and more efficient.

5. Low installation cost
Thanks to the inherent advantages of the CHP series, installation difficulty is greatly reduced. The all-steel base frame design makes installation simple, quick, and cost-effective.

6. High load-bearing capacity
Reinforced frame and high-strength cantilever fixed-axis structure, copper sleeve hydrodynamic lubrication design, and a sensitive, reliable overload protection system ensure the equipment’s long-term stable operation when crushing hard mineral rocks. Low operating noise and vibration: Utilizing a high-precision bevel gear transmission structure results in lower operating noise, higher transmission efficiency, and a longer service life. The equipment’s low inherent vibration and the flexible supports integrated with its all-steel frame minimize vibration transmitted to the foundation, reducing foundation costs.

Product Technical Specifications

Weight of the crusher unit and components
Weight	CHP100	CHP200	CHP300	CHP400	CHP500	CHP800	CHP900	CHP3	CHP4	CHP6
Crusher self-weight (kg)	5400	10400	15810	23000	33150	68650	77,960	13040	19810	33000
Fixed cone, fixed cone liner, adjustment cap, Hopper (kg)	1320	2680	3525	4800	7200	17350
Moving vertebra, moving vertebra liner, feeding Tray (kg)	600	1200	2060	3240	5120	10800
Maximum Recommended Power (kW)*	90	160	250	315	400	630	700	250	315	450
Drive shaft speed (rpm)	750-1200	750-1200	700-1200	700-1000	700-950	700-950	700-950	700-1200	700-1000	700-950
*Subject to the motor power configured locally.

Overall dimensions (unit: mm)
Overall dimensions	CHP100	CHP200	CHP300	CHP400	CHP500	CHP800	CHP900	CHP3	CHP4	CHP6
A-to-the bottom of the tubing	293	297	328	240	425	722	420	328	240	425
B-Adjustment ring maximum diameter 2650	1505	1952	2207	2370	2730	3702	4100	2207	2370	2730
C-Space required to remove the driveshaft assembly	1560	1840	2020	2470	2650	3450	3900	2020	2470	2650
D- to the end of the drive shaft	950	1160	1347	1645	1760	2225	2358	1347	1645	1760
E- to top maximum height	1290	1630	1865	2055	2290	3538	3850	1865	2055	2290
F-Feed hopper inner diameter	694	914	1078	1308	1535	1863	2500	1078	1308	1535
Remove the fixed cone component The required space	1725	2140	2470	2650	3300	4854	5200	2470	2650	3300
Remove the vertebral components The required space	1700	2165	2455	2715	3165	4634	4900	2455	2715	3165
"J-when cleaning the crushing chamber give The upward displacement of the hopper	65	70	85	150	125	159	180	85	150	125
K-Position of anchor bolt holes	NA	545	660	830	882	1130*	1400	660	830	882
Diameter of the discharge opening of the main frame	970	1240	1470	1726	2040	2420	2600	1470	1726	2040

Crusher Chamber Type (Unit: mm)
		Standard model		Brachycephalic
Crusher	broken	Minimum discharge opening A1	Close-side feed opening B2	Minimum discharge opening A1	Close-side feed opening B2
Model number	Cavity type
CHP100	ultra-fine			6	14
	thin			6	74
	middle			9	72
	rough			13	10
	Extra thick			17	141
CHP200	ultra-fine			6	10
	thin	13	95	5	23
	middle	17	125	6	54
	rough	19	185	10	76
	Extra thick
CHP300	ultra-fine			6	25
	thin	13	107	6	22
	middle	17	150	8	53
	rough	19	211	10	77
	Extra thick	25	233
CHP400	ultra-fine			6	52
	thin	14	111	6	51
	middle	20	198	8	52
	rough	25	252	10	92
	Extra thick	30	299
CHP500	ultra-fine			6	53
	thin	16	133	8	52
	middle	20	204	10	57
	rough	25	286	13	95
	Extra thick	30	335
CHP800	ultra-fine
	thin	16	219	5	33
	middle	25	267	10	92
	rough	32	297	13	155
	Extra thick	32	353
CHP900	ultra-fine
	thin	16	235	6	40
	middle	25	290	10	100
	rough	32	330	14	170
	Extra thick	38	380
CHP3	ultra-fine	8	58	4	30
	thin	11	95	5	35
	middle	15	156	6	55
	rough	20	183	10	80
	Extra thick	25	200
CHP4	ultra-fine	8	67	4
	thin	10	116	5	35
	middle	16	158	8	45
	rough	25	203	10	65
	Extra thick	28	237		100
CHP6	ultra-fine	9	52	6	40
	thin	13	106	8	55
	middle	20	196	10	80
	rough	25	279	14	125
	Extra thick	30	328

Crusher production capacity
Close-side discharge opening
Model number	tons per hour	6mm	8mm	10 mm	13 mm	16 mm	19 mm	22 mm	25 mm	32 mm	38 mm	45 mm	51 mm
CHP100	t/h	45-55	50-60	55-70	60-80	70-90	75-95	80-100	85-110	100-140
CHP200	t/h			90-120	120-150	140-180	150-190	160-200	170-220	190-235	210-250
CHP300	t/h			115-140	150-185	180-220	200-240	220-260	230-280	250-320	300-380	350-440
CHP400	t/h			140-175	185-230	225-280	255-320	275-345	295-370	325-430	360-490	410-560	465-630
CHP500	t/h			175-220	230-290	280-350	320-400	345-430	365-455	405-535	445-605	510-700	580-790
CHP800	t/h			260-335	325-425	385-500	435-545	470-600	495-730	545-800	600-950	690-1050	785-1200
CHP900	t/h
CHP3	t/h		94-122	108-147	136-185	164-220	182-241	199-262	210-279	217-307	251-349	279-388
CHP4	t/h		135-175	155-210	195-265	235-315	260-345	285-375	300-400	310-440	360-500	400-555
CHP6	t/h			220-300	280-380	335-450	370-490	410-535	430-570	440-630	515-715	570-790
1. The production capacity of the crushers listed is based on measurements obtained from “instantaneous” sampling.

The CRUSTION CHP series multi-cylinder hydraulic cone crusher is a high-performance hard-rock crushing product designed and developed by our company. It features stable operation, a variety of chamber types, laminated compression crushing, excellent crushing performance, a high proportion of fine particles, superior final particle shape, and a high degree of automation.