HP multi-cylinder hydraulic cone machine series-Crusher_Jaw crusher

HP multi-cylinder hydraulic cone machine series

Based on the traditional multi-cylinder hydraulic cone crusher's main shaft fixed, eccentric sleeve rotating structure around the main shaft and laminated crushing principle, the HP multi-cylinder hydraulic cone crusher structure has been groundbreakingly optimized, significantly improving the equipment's performance and crushing performance. capabilities; and the matching designed hydraulic lubrication system ensures smarter and more reliable operation of the equipment.

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HP multi-cylinder hydraulic cone machine series

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Product features

Higher crushing ratio, greater processing capacity, better particle size type

Feed particle size: 0-350mm

Production capacity: 42-1200 tons/hour

Applicable materials: granite, diabase, basalt, river pebbles, limestone , dolomite, metallic ores and non-metallic ores, etc.

Product technical parameters

型号	最小给料口(mm)	紧边给料口尺寸 (mm)	最小排料口尺寸 (mm)	处理能力 (t/h)	电机功率 (kw)
HP300	22	80-230	22	202-263	220
			25	220-285
			32	242-323
			38	291-382
			45	343-440
HP400	25	88-270	25	280-350	315
			32	325-430
			38	360-490
			45	410-560
			51	465-630
HP500	25	95-310	25	350-455	400
			32	390-535
			38	432-605
			45	500-685
			51	560-765

Remarks:

The specific gravity of the pile is 1.6t/m³. The width of the feed opening is ≥600mm for large size, and 300-600mm is for medium size.
The product pictures, models, data, functions, performance, specifications, etc. on this website are for reference only. Hengji Intelligent Equipment may improve the above content. For specific information, please refer to the actual product and product manual.Unless otherwise specified, the right to interpret the data involved in this website belongs to Hengji Intelligent Equipment.

Product application

Working principle of HP multi-cylinder hydraulic cone crusher

When the HP series multi-cylinder hydraulic cone crusher works, the motor drives the equipment transmission shaft to rotate through the pulley and V-belt. The transmission shaft drives the eccentric sleeve to rotate around the main shaft through large and small bevel gears, and the eccentric sleeve drives the drive shaft. The cone performs a rotating pendulum motion, causing the movable cone and the fixed cone to sometimes approach and sometimes move away from the rolling mortar wall. The material is continuously squeezed, impacted and broken in the crushing cavity formed by the rolling mortar wall and the crushing wall. The broken material is discharged from the bottom.