HP300

HP300 Cone Crusher: Performance, Parameters and Application Analysis

In the field of industrial crushing, the HP300 cone crusher has become a crucial equipment in aggregate production and mining operations due to its excellent performance and reasonable design. It is applicable to various crushing stages such as medium crushing, fine crushing and ultra - fine crushing, and can meet the needs of different scale production lines. There are also multiple models such as fixed, portable and mobile for users to choose from.

Outstanding Performance Characteristics

Innovative Integration Design Concept

The HP300 cone crusher ingeniously combines crushing speed, stroke, crushing force and crushing chamber design. This unique design makes it outstanding in production capacity and product quality. By increasing the eccentricity, enhancing the power and strengthening the lasting crushing force, and optimizing the crusher frame design and weight to withstand the crushing force, the density of the crushing chamber is continuously increased and the internal particle crushing movement is more reasonable. This not only makes the product particle shape better, but also significantly improves the crushing ratio and production capacity, standing out among similar equipment.

Significant Cost and Ecological Advantages

Compared with the cone crushers of the same specification on the market, the HP300 has higher output, denser crushing chamber density and better crushing ratio. Under the same energy consumption, it can produce more final products, thanks to its latest high - efficiency motor. By perfectly combining the optimized speed, large stroke, advanced crushing chamber design and strong crushing strength, the HP300 can produce finer products in a limited crushing section, effectively reducing the investment cost and realizing energy conservation, having both good cost - effectiveness and ecological benefits.

Safe and Convenient Operation and Maintenance

This crusher is designed to improve safety and operability. All its main components can be quickly and easily loaded and unloaded from the top. The application of two - way hydraulic cylinders and no backing material significantly reduces the maintenance downtime and minimizes the impact on the environment. The main components can be accessed unobstructedly from the top of the crusher. The liner maintenance operation is simple. Just press a button to mechanically rotate out the fixed cone for disassembly without liner support composite materials, which greatly ensures the safety of operation and maintenance.

Stable and Reliable Operation Guarantee

The two - way hydraulic tramp release cylinder of the HP300 cone crusher can ensure that the iron block passes through the crusher smoothly. When necessary, it can provide a large cavity cleaning stroke. The combination of double accumulators provides good reactivity for the hydraulic system, effectively reducing the maintenance downtime and enhancing the operator's confidence, ensuring the stable operation of the equipment.

Key Technical Parameters

The mantle diameter of the HP300 cone crusher is 1,120 mm (44"), the installed power is 220 kW (300 hp), the total weight is 18,100 kg (39,900 lbs), the feed opening size is 241 mm (9 1/2"), and the maximum production capacity can reach 440 Mtph (485 Stph). These parameters work together to support the efficient operation of the equipment in actual production, enabling it to adapt to the crushing requirements of various materials and different production scenarios.

Automation System to Improve Efficiency

The IC70C™ crusher automation system brings higher operation convenience and production efficiency to the HP300 cone crusher. With this system, precise control of maintenance, discharge opening adjustment, production tracking and data extraction can be realized. All parameters can be flexibly adjusted according to the actual characteristics of the factory, and can be remotely operated near the crusher or in the control room. The IC70C™ system can help users achieve the set goals, monitor the feeding situation in real time, automatically adjust the discharge opening according to the load or liner wear, and select the appropriate product particle size distribution according to the user's preference for coarse or fine aggregate production, further enhancing the intelligent level and production efficiency of the equipment.