CNP Series Multi-Cylinder Impact Crusher

CNP Series Multi-Cylinder Impact Crusher

CNP Series Multi-Cylinder Impact Crusher: Heavy-Duty Rotor, Wear-Resistant Materials, and Optimized Crushing Chamber for Coarse, Medium, and Fine Crushing

The CNP series multi-cylinder impact crusher from Cruston is engineered for high-capacity primary, secondary, and tertiary crushing. It integrates a heavy-duty rotor, highly wear-resistant materials, and a sophisticated crushing chamber to deliver superior particle shape and consistent gradation.

Maximum Feed Particle Size
400 mm to 1500 mm
Maximum Installed Power
200 kW to 1000 kW

CNP Series Multi-Cylinder Impact Crusher Model

CNP Series Multi-Cylinder Impact Crusher1CNP15
2CNP1110
3CNP1213
4CNP1315
5CNP1520
6CNP1313
7CNP1415
8CNP1620
9CNP2023

How Does the CNP Series Multi-Cylinder Impact Crusher Achieve Efficient Crushing?

The CNP Series Multi-Cylinder Impact Crusher is a high-performance crushing solution that leverages a heavy-duty rotor, highly wear-resistant materials, and an optimized crushing chamber. This combination enables efficient reduction of materials in coarse, medium, and fine applications. The series includes nine models: CNP15, CNP1110, CNP1213, CNP1315, CNP1520, CNP1313, CNP1415, CNP1620, and CNP2023. Feed port sizes range from 1020×820 mm to 2310×1920 mm, accommodating maximum feed particles from 400 mm to 1500 mm. Maximum installed power spans 200 kW to 1000 kW, ensuring adaptability to various production scales. The unique hammer fixing device enhances reliability, while the optimized chamber design ensures sufficient energy exchange for superior particle shape and gradation. This crusher is ideal for aggregate production, mining, and recycling operations where high throughput and consistent product quality are critical.

The CNP Series excels in applications requiring high reduction ratios and cubic particle shapes. In aggregate production, it produces well-graded stones for concrete and asphalt. In mining, it handles hard ores and minerals with ease. For recycling, it processes construction and demolition waste efficiently. The impact-impact-fall-re-impact working principle subjects material to multiple impacts and self-grinding, resulting in refined particle size and uniform shape. The heavy-duty rotor and wear-resistant materials reduce downtime and maintenance costs. With its powerful single-unit crushing capacity, the CNP Series can replace traditional multi-stage crushing processes, simplifying flow sheets and reducing civil engineering investment. This leads to significant savings in equipment purchase, electricity, and fuel consumption, making it a cost-effective choice for large-scale operations.

Compared to other models in the series, each CNP variant is tailored for specific feed sizes and power requirements. For instance, the CNP15 is designed for medium and fine crushing with a feed port of 1540×600 mm and a maximum feed size of 400 mm, powered by 355 kW. The CNP1110, on the other hand, is a coarse crushing model with a feed port of 1020×820 mm, handling up to 600 mm feed and requiring 200 kW. Larger models like the CNP2023 offer a feed port of 2310×1920 mm, a maximum feed size of 1500 mm, and 1000 kW installed power, making it suitable for high-capacity primary crushing. This diversity allows customers to select the optimal model for their specific material characteristics and production targets. All models share the same core advantages: high energy efficiency, low wear costs per ton, and easy maintenance. The modular assembly and quick-release connections facilitate rapid replacement of wear parts, ensuring high uptime and operational safety.

  • Heavy-duty rotor and wear-resistant materials extend service life and reduce maintenance frequency.
  • Optimized crushing chamber ensures ample energy exchange for superior particle shape and gradation.
  • Modular assembly and quick-release connections enable fast, safe maintenance without specialized tools.

MP Series Impact Crusher Technical Specifications

Series ModelsBreakage RangeFeed Port Size (mm)Maximum Feed Particle Size (mm)Maximum Installed Capacity Completed (kW)
CNP15Medium and Fine1540×600400355
CNP1110Coarse Crushing1020×820600200
CNP1213Coarse Crushing1320×880600250
CNP1315Coarse Crushing1540×930600315
CNP1520Coarse Crushing2040×995700500
CNP1313Coarse Crushing1320×1200900250
CNP1415Coarse Crushing1540×13201000315
CNP1620Coarse Crushing2040×16301300500
CNP2023Coarse Crushing2310×192015001000

Core Technical Features and Quantified Advantages

STEP 1

High-Strength Heavy-Duty Rotor

The CNP Series utilizes a high-strength heavy-duty rotor that withstands intense impact forces. This rotor, combined with highly wear-resistant materials, ensures reliable operation even with large feed sizes up to 1500 mm. The robust design minimizes downtime and extends the lifespan of core components, reducing maintenance costs. The rotor's kinetic energy facilitates sufficient energy exchange within the chamber, leading to better particle shape and more rational gradation. This results in stable and controllable finished product quality, essential for high-grade aggregates and mining applications.

STEP 2

Optimized Laminated Crushing Chamber

The optimized laminated crushing chamber design enhances the impact-impact-fall-re-impact process, subjecting material to multiple impacts and self-grinding. This intense environment refines particle size and produces a more uniform cubic shape. The chamber design ensures ample energy exchange, maximizing crushing efficiency and throughput. With feed port sizes ranging from 1020×820 mm to 2310×1920 mm, the chamber accommodates various feed materials. This design reduces wear costs per ton and improves overall productivity, making it ideal for both coarse and fine crushing applications.

STEP 3

Unique Hammer Fixing Device

The unique hammer fixing device enhances the reliability of the hammers, preventing loosening and premature wear. This design ensures consistent crushing performance and reduces the risk of unexpected breakdowns. The hammers are made from highly wear-resistant materials, extending their service life and reducing replacement frequency. The fixing device allows for quick and easy replacement when needed, minimizing downtime. This feature is particularly beneficial in high-capacity operations where continuous production is critical, ensuring maximum uptime and operational efficiency.

STEP 4

Modular Assembly and Quick-Release Connections

The modular assembly and quick-release connection structure allow for rapid disassembly and assembly of key wear parts such as hammers and impact liners. This design eliminates the need for specialized large tools, reducing maintenance time and ensuring operator safety. Ample maintenance space further enhances safety and accessibility. The streamlined maintenance process significantly reduces non-operating time, maintaining high equipment uptime. This results in more production time and stronger market competitiveness, especially in demanding environments where every hour of operation counts.

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