Multi Cylinder Hydraulic Cone Crusher- Baichy Machinery

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A Hydraulic Cone Crusher is a high-performance crushing machine used in mining, metallurgy, and aggregate production to break hard rocks (such as granite, basalt, and limestone). It utilizes hydraulic systems for chamber cleaning, adjustment, and overload protection, ensuring higher automation and reliability.

≤240mmFeed Size
75-375KWMotor Power
45-600t/hProcessing capacity

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What Is Multi-cylinder Hydraulic Cone Crusher?

A muli-cylinder hydraulic cone crusher is an advanced cone crushing machine that uses hydraulic technology to control the crushing process. It reduces material size through continuous compression between the moving cone and fixed cone liner. Hydraulic cone crushers are mainly used for secondary crushing, fine crushing, and shaping applications after primary crushing equipment such as jaw crushers. Designed for processing medium-hard and hard materials such as granite, basalt, limestone, river stone, and metal ores, hydraulic cone crushers are commonly used in quarry crushing plants, mining operations, and aggregate production lines. They provide a practical solution for customers who need higher capacity, lower maintenance costs, and good shape of final product size.

Choosing the Right Hydraulic Cone Crusher

1. Material Characteristics. Consider the hardness, moisture content, and abrasiveness of the raw material before selecting a hydraulic cone crusher. Different materials require different crushing forces and wear-resistant components to ensure stable operation.

2. Capacity Requirements. Select a hydraulic cone crusher based on the required throughput (t/h), feed size, and production goals. The right capacity ensures efficient crushing performance without unnecessary energy consumption or equipment investment.

3. Finished Product Size. The required final product size determines the suitable crushing cavity type. Medium (M), Fine (F), and Ultra-Fine (EF) cavities are designed for different applications and aggregate specifications.

4. Budget and Total Cost. Evaluate not only the initial purchase price but also long-term operating costs, spare parts consumption, maintenance frequency, and energy usage to achieve better overall economic benefits.

5. Manufacturer Support. Choose a reliable manufacturer that provides professional technical support, installation guidance, spare parts supply, and after-sales service to ensure continuous and efficient crusher operation.

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Product features

Superior Product Shape

The laminated crushing principle ensures a more cubical end product with fewer needle-like particles, ideal for high-grade concrete.
Automatic Overload Protection

The hydraulic safety system allows tramp iron or non-crushable material to pass through automatically, preventing downtime.
Reduced Maintenance

Hydraulic adjustment of the discharge opening (CSS) eliminates manual labor and speeds up site operations.
High Efficiency & Capacity

Optimized crushing chamber combined with high swing frequency results in a increase in throughput compared to older models.

Working principle

The multi-cylinder cone crusher is a typical piece of equipment used for the secondary and tertiary crushing of hard materials. During operation, the moving cone performs a gyratory motion; as it approaches the fixed cone, the material is crushed by compression and bending forces exerted by the moving cone. As the moving cone recedes, the crushed material falls from the bottom of the cone assembly under gravity, with the entire crushing and discharge process proceeding continuously and sequentially along the inner surface.

The locking and protection cylinder assembly consists of multiple locking and protection cylinders, a tramp iron protection accumulator, a set of buffer accumulators, and associated piping. The locking and protection cylinders primarily serve to provide tramp iron protection and facilitate the clearing of the crushing chamber. Each pair of hydraulic cylinders is equipped with a buffer accumulator to absorb shocks—specifically the bouncing of the adjustment ring caused by occasional hard material—during normal crushing operations.

multi-cylinder cone crusher working principle

Specification

Model	Cavity Type	Feed Openning Size(mm)	Max Feeding Size (mm)	Min Discharge Opening (mm)	Capacity (t/h)	Power (kw)
HP100	Extra Coarse - EC	140	110	19	65-140	90
	Coarse - C	100	75	13	50-110
	Medium - M	70	50	9	45-100
	Fine - F	50	35	9	40-95
	Extra Fine - EF	20	10	6	35-90
HP200	Extra Coarse - EC	185	145	19	145-250	160
	Coarse - C	125	100	16	135-235
	Medium - M	95	75	13	115-220
	Fine - F	75	60	10	90-190
	Extra Fine - EF	54	45	12	81-190
HP300	Extra Coarse - EC	234	190	25	220-445	220
	Coarse - C	211	170	20	190-380
	Medium - M	150	120	16	175-320
	Fine - F	107	85	14	145-280
	Extra Fine - EF	53	40	12	110-240
HP400	Extra Coarse - EC	295	240	30	300-630	315
	Coarse - C	251	200	25	285-560
	Medium Coarse - MC	196	160	20	250-490
	Fine - F	110	90	13	180-345
	Extra Fine - EF	90	75	10	135-320
HP500	Extra Coarse - EC	330	270	38	425-795	400
	Coarse - C	290	230	30	370-700
	Medium Coarse - MC	210	165	22	330-605
	Fine - F	135	105	16	270-535
	Extra Fine - EF	95	75	13	220-430
HP800	Extra Coarse - EC	350	280	38	570-1200	630
	Coarse - C	299	240	32	520-1050
	Medium Coarse - MC	265	214	25	475-950
	Fine - F	220	175	16	370-800
	Extra Fine - EF	150	125	13	310-600