High Crushing Ratio
High Productivity
Safety and Stability
High Comprehensive Benefit
Easy to Operate and Maintain
Good Granularity of Finished Product
Product Introduction
The multi cylinder hydraulic cone crusher is developed and manufactured by Talus Equipment Manufacturing incorporating foreign technology. It is suitable for crushing various ores and rocks with medium and above hardness, primarily used in secondary and tertiary crushing in the fields of metal mines and construction sand and stone. With its high rotational speed, large crushing capacity and special design, it insures excellent cubic product. The machine features a high-strength casting steel frame, an alloy material forged main axis, a high-precision straight bevel gear transmission structure and a multi-cavity selection and automated operation control system, which perfectly showcase its performance and advantages. This machine is available in standard and short head core types. Generally, the standard type has a larger feeding particle size and coarser discharge particle size, while the short head type has a steeper and smaller feeding size, making it suitable for producing fine-grained materials. Therefore, the standard type is generally used for coarse and medium crushing, while the short head type is used for medium and fine crushing.
Product Performance
Inter-particle Crushing Design - Improved Discharge Granularity
The application of a large eccentricity (twice that of a single cylinder), high swing frequency, and inter-particle crushing principle results in a high capacity, large crushing ratio and good granularity.
Ingenious Liner Adjustment Method - Maximizing Liner Utilization
The hydraulic motor drives the adjustment sleeve (fixed cone liner) to accurately adjust the discharge port, ensuring stable feeding, high liner utilization and optimal granularity. The hydraulic motor also allows for turning the adjusting sleeve and the fixed cone liner turn out of the supporting sleeve to replace the fixed cone liner and the movable cone liner, greatly simplifying workload of liner replacement.
Easier Maintenance - Cost-Effective Operation
The advanced sealing method ensures a clean lubrication system, simplifies equipment maintenance, and provides convenient and quick part replacement.
Fixed Axis Design - Enhanced Bearing Capacity
Fixed axis design boasts high main axis strength, capable of withstanding greater crushing force.
Advanced Hydraulic Protection Device - Increased Automation
The bidirectional tramp releasing hydraulic cylinder allows iron blocks to pass through crushing cavity smoothly, ensuring excellent iron detection performance continuous operation of equipment and high production efficiency. Hydraulic cavity cleaning function easily and quickly removes accumulated materials in the crushing cavity, greatly reducing labor intensity and improving work efficiency.
Overall Steel Frame Structure Design - Stable Operation
The overall steel frame structure design simplifies on-site foundation production and allows for quick installation. The standard configuration of six-piece rubber spring supports throughout the entire series ensures stable equipment operation while minimizing impact on the foundation.
Operation Principle
The movable core of crushers performs a rotary swing motion driven by the action of eccentric sleeve. This motion drives the mantles to squeeze and rub the material between the mantle and concave surface. According to inter-particles crushing theory, the material is subjected to forces from multiple directions, resulting in crushing and polishing that aligns with its own texture. Consequently, stable particles are formed. Particles that meet the discharge requirements are released from the swing gap between the mantles, while the remaining materials undergo continuous crushing until the desired particle size is achieved.
Technical Parameter
Remark: The output may vary depending on the nature or grain size of the feeding material.
Model Cavity Diameter of bottom end of conical crushing head (mm) Feeding opening size (mm) Max. feeding size (mm) Nominal capacity in t/h with crusher running at CSS (mm) Crushing capacity (t/h) Motor power (kW) Host weight (t)
HPM200 C1 900 185 145 22 160~250 160 11
C2 125 100 18 145~250
C3 95 75 14 120~250
F1 76 60 12 108~210
F2 54 45 10 81~210
HPM300 C1 1100 235 190 26 230~445 220 20
C2 211 170 20 200~445
C3 150 120 16 180~445
C4 107 85 14 160~220
F1 53 40 12 140~220
HPM400 C1 1400 299 240 35 270~630 315 27
C2 252 200 25 252~630
C3 198 160 25 243~630
C4 111 190 18 210~630
F1 92 75 15 162~370
F2 52 40 13 126~370
HPM500 C1 1500 335 270 38 365~790 400 40
C2 286 230 30 328~790
C3 204 165 22 280~790
C4 133 105 20 202~450
F1 95 75 16 175~450
F2 52 42 8 158~450
HPM650 C1 328 262 30 386~790 500
C2 279 225 25 348~790
C3 196 175 20 300~790
F1 106 85 13 280~530
F2 52 42 9 220~530
HPM800 C1 2000 353 280 38 616~1100 630 70
C2 297 240 38 522~1100
C3 267 214 25 495~1100
C4 219 175 22 380~1100
F1 155 125 20 328~730
F2 92 75 16 270~730
Product Structure
From exterior design to internal structure, every detail has been meticulously considered and thoroughly tested.
Feeding opening Adjusting nut Hammer plate Fixed core Adjusting sleeve Pressure cap Hydraulic security structure Mantles Movable core Eccentric sleeve Belt pulley Fixed main axis Transmission shaft Rack
Product Show
From exterior design to internal structure, every detail has been meticulously considered and thoroughly tested.
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