Parameters of a Large-diameter Impact Crusher

Summary：Large-diameter impact crusher is an efficient stone crusher equipment. This article will explain the model and parameters of large-diameter impact crusher.

What is an Impact Crusher?

An impact crusher is a common stone crusher used to break large-sized materials into smaller particles. It is commonly used in industries such as mining, construction, and recycling to break down various materials like rocks, ores, and concrete. Impact crushers are versatile and efficient for reducing the size of materials and are often used in the production of aggregates for construction and road building.

Working Principle of Impact Crusher

When the material enters the impact zone of the hammer, it is crushed by the high-speed impact of the hammer and is then thrown onto the impact device installed above the rotor for secondary crushing. It then bounces back to the impact zone and is crushed again. This process repeats until the material is crushed to the desired particle size and discharged from the bottom of the machine. Adjusting the gap between the impact rack and the rotor frame can achieve the purpose of changing the particle size and shape of the material.

The working principle of an impact crusher has the advantages of high efficiency, energy-saving, and environmental friendliness. It has high crushing efficiency and can break large-sized materials into smaller particles, making it suitable for various industries. Additionally, an impact crusher has low energy consumption and noise levels, contributing to environmentally friendly production.

The Parameters of a Large-diameter Impact Crusher

A large-diameter impact crusher is an efficient crushing device primarily used for crushing materials of medium hardness. Different models of large-diameter impact crushers have different processing capacities and application ranges, allowing for selection based on specific requirements.

Now let's take a look at the parameters of a large-diameter impact crusher. The parameters of a large-diameter impact crusher include rotor specifications, feed opening size, feed particle size, and output. The rotor diameter refers to the size of the rotor, with larger diameters generally indicating higher crushing efficiency. The feed opening size refers to the diameter of the opening through which the material enters the crushing chamber and is an important parameter determining the feed particle size. The feed particle size refers to the maximum size of the material, and a large-diameter impact crusher is typically capable of handling larger material sizes. The output refers to the amount of material that the large-diameter impact crusher can process per hour and is usually measured in tons.

Here are three examples of large-diameter impact crusher parameters for your reference.

CI5X1315 Impact Crusher

Model: CI5X1315

Rotor Specs(mm) : 1300×1500

Inlet Size(mm): 1540×930

Input Size(MAX)(mm): 600(recommend≤300)

Capacity(t/h): 250-350

Power(kw) : 250-315

Shape Size(mm) : 2880×2755×2560

CI5X1415 Impact Crusher

Model: CI5X1415

Rotor Specs(mm):  1400×1500

Inlet Size(mm) : 1540×1320

Input Size(MAX)(mm): 900(recommend≤600)

Capacity(t/h) : 350-550

Power(kw):  250-315

Shape Size(mm): 2995×2790×3090

CI5X1620 Impact Crusher

Model: CI5X1620

Rotor Specs(mm) : 1600×2000

Inlet Size(mm):  2040×1630

Input Size(MAX)(mm): 1100(recommend≤700)

Capacity(t/h):  500-900

Power(kw): 400-500

Shape Size(mm): 3485×3605×3720

CI5X2023 Impact Crusher

Model: CI5X2023

Rotor Specs(mm): 2000×2300

Inlet Size(mm): 2310×1990

Input Size(MAX)(mm) : 1300(recommend≤800)

Capacity(t/h) : 1200-2000

Power(kw) : 1000-1200

Shape Size(mm) : 4890×4330×4765

There are some things that need to be paid attention to when using the impact crusher. First, excessive crushing needs to be avoided as it increases energy consumption and wears out the machine. Secondly, the machine needs to be maintained and serviced regularly to ensure its normal operation and extend its service life. In addition, you also need to pay attention to the load and speed of the machine to ensure that it is working in ideal conditions.