Model | Maximum Motor Installation Power (kW) | Throughput under Closed - side Discharge Opening (CSS) (t/h)(t/h) | |||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
6mm | 8mm | 10mm | 13mm | 16mm | 19mm | 22mm | 25mm | 32mm | 38mm | 45mm | 51mm | ||
HPY200 | 160 | 60 - 75 | 70 - 90 | 85 - 115 | 115 - 145 | 135 - 175 | 145 - 185 | 155 - 295 | 165 - 215 | 185 - 230 | 205 - 245 | ||
HPY300 | 220 | 75 - 95 | 100 - 130 | 110 - 140 | 145 - 180 | 170 - 215 | 190 - 230 | 220 - 260 | 225 - 275 | 245 - 320 | 300 - 375 | 345 - 430 | |
HPY400 | 315 | 105 - 140 | 135 - 170 | 180 - 225 | 215 - 275 | 250 - 320 | 375 - 345 | 285 - 365 | 315 - 425 | 350 - 480 | 400 - 540 | 455 - 615 | |
HPY500 | 400 | 135 - 170 | 170 - 220 | 225 - 290 | 270 - 345 | 310 - 400 | 340 - 425 | 360 - 450 | 400 - 530 | 425 - 585 | 500 - 670 | 560 - 770 | |
HPY600 | 450 | 210-305 | 280-385 | 330-450 | 365 - 485 | 415 - 535 | 435 - 570 | 440 - 635 | 515 - 705 | 575 - 790 | |||
HPY700 | 500 | 220 - 325 | 300 - 405 | 350 - 485 | 400 - 520 | 465 - 590 | 490 - 620 | 550 - 680 | 605 - 755 | 685 - 860 | 780 - 975 | ||
HPY800 | 630 | 240 - 335 | 315 - 420 | 375 - 500 | 420 - 540 | 550 - 650 | 550 - 750 | 650 - 850 | 585 - 920 | 670 - 990 | 760 - 1100 | ||
HPY1000 | 750 | 540 - 610 | 600 - 750 | 660 - 820 | 730 - 920 | 790 - 1050 | 850 - 1230 | 1100 - 1480 | 1350 - 1780 | 1600 - 2120 | 1850 - 2500 | ||
HPY1250 | 1000 | 595 - 710 | 775 - 925 | 845 - 1025 | 910 - 1135 | 1025 - 1385 | 1150 - 1520 | 1460 - 1885 | 1725 - 2195 | 2010 - 2615 | 2295 - 3035 |
*Note: The processing capacity of the HPY300 cone crusher may vary with different materials and feeding sizes.
Our companys technical staffs according to the customers request develop the entire production line of stone production process and select the required types of equipment and its supporting parts.
Although there are only several sets of mining equipment adopted in this production line the capacity can reach 300 ton per hour. It mainly lies in Dingli’s PCZ 1512 heavy hammer crusher with the hourly capacity of 320 ton.
Equipment configuration: PCZ1615 heavy hammer crusher ZGC1538 vibrating feeder 3YKZ3070 vibrating screen*2 sets. Performance feature: low investment cost high interests and high automation.
1. Introduction
The HPY300 crusher is a remarkable piece of equipment in the field of crushing machinery. It offers a series of advantages that make it highly suitable for various industries.
2. Advantage Analysis
The HPY300 crusher demonstrates excellent production output. Its design structure and power configuration enable it to handle large quantities of materials efficiently. Based on data from similar models, it has a significant throughput under different closed - side setting (CSS) conditions. For example, at a moderate CSS size, the hourly throughput can reach tens or even hundreds of tons, well - meeting the large - scale production requirements of industries such as mining and construction, thereby greatly enhancing production efficiency.
The crusher employs an advanced cavity concept. Its crushing cavity is designed to achieve high - energy laminating crushing. In this cavity, materials are not only subject to forces between the particles and the liner during the crushing process but also experience effective crushing between particles. This has multiple benefits. On one hand, it can make the product particle size more uniform, reduce the production of flaky and needle - shaped particles, and produce finished products with more regular shapes, which are suitable for the production of high - quality building materials. On the other hand, this efficient crushing method reduces the wear of wearing parts, lowering the operation and maintenance costs of the equipment.
The frame and main shaft of the HPY300 are made of high - strength materials. Through precision casting and forging, they can withstand strong crushing forces, especially suitable for processing materials with medium - hard and above hardness. During long - term and high - intensity crushing operations, it can still maintain a stable operating state, reducing downtime due to equipment failures and ensuring the continuity of production.
It is equipped with an advanced hydraulic system. For example, the two - way iron - passing release hydraulic cylinders allow accidental iron blocks entering the crushing cavity to pass through smoothly, avoiding equipment damage. At the same time, the hydraulic cleaning of the crushing cavity has a large stroke and is not affected by liner wear, enabling easy handling of blocked materials and reducing the workload of manual cleaning. Moreover, the liner replacement is very convenient. Through the hydraulic motor - driven adjustment sleeve, the fixed cone liner and the moving cone liner can be easily rotated out for replacement without complex disassembly and assembly operations, saving equipment maintenance time and improving equipment utilization efficiency.
3. Conclusion
The HPY300 crusher, with its advantages in production capacity, cavity design, structure, operation, and maintenance, can play an important role in many crushing operation scenarios and is a reliable equipment for relevant industries to achieve efficient production.
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