model | PYFB1324II |
Max feed size | 205 mm |
CSS Range | 19 - 51 mm |
Capacity(by hour) | 172 - 349 t/h |
Motor power | 160 kW |
Weight | 21.1 t |
*Note: The processing capacity of the PYFB1324II cone crusher may vary with different materials and feeding sizes.
The project is located in China, put into operation in 2019, mainly processing limestone, the design output of 3000t/h, the annual output of 10 million tons, the production of 0-5, 1-2, 1-3 and other specifications of stone, the total investment of the project is 21069191.2240 US dollars.
As we can see from the production site the closed canopy gravel production line has made great progress compared with the traditional open-air production.
In aggregates production line hammer crusher works as primary crusher that can crush bulk limestone.
Maximum Feed Size: 205mm, allowing the crusher to handle large - sized materials directly, which can save costs on pre - crushing operations.
Discharge Opening Adjustment Range: 19 - 51mm, enabling flexible adjustment of the output particle size to meet different production requirements without the need for additional equipment for size modification.
Power: 160kW, providing sufficient power for efficient operation. Although it has a certain power consumption, its high - capacity production can offset the energy cost to some extent.
Production Capacity: 172 - 349t/h, capable of high - volume production, which can spread the fixed costs over a large number of products, reducing the unit production cost.
Weight: 21.1 tons. The solid structure ensures long - term durability, reducing the frequency of equipment replacement and related costs.
Initial Purchase Cost: The PYFB1324II offers a good balance between performance and price. Considering its large feed size, high production capacity, and adjustable discharge opening, the initial investment is a cost - effective choice for businesses looking to increase their crushing capabilities. Compared to some competing models with similar specifications, it provides more features at a reasonable price point.
Energy Consumption Cost: With a 160kW power rating, the crusher's energy consumption is an important cost factor. However, its efficient design and high - capacity production mean that it can process a large amount of material per unit of energy. This results in a relatively low energy cost per ton of crushed material, especially when operating at full capacity. Additionally, the well - balanced power configuration ensures that there is no excessive power waste during operation.
Maintenance and Repair Cost: The design of the PYFB1324II takes into account ease of maintenance. The key components are easily accessible, which reduces the labor cost for maintenance and repair work. The use of high - quality materials in the construction of the crusher also means that parts have a longer service life, reducing the frequency and cost of part replacements. For example, the wear - resistant liners in the crushing chamber can withstand a large amount of abrasion before needing to be replaced.
Operating Cost: Overall, the operating cost of the PYFB1324II is relatively low. The high production capacity allows for a large output, which can generate more revenue. The adjustable discharge opening enables the production of different - sized products, increasing the marketability of the crushed materials. Moreover, the stable operation of the crusher reduces the risk of production interruptions, which can lead to significant cost savings in the long run.
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