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Product data

SpecificationDetails
Nominal Capacity212 - 659 mtph (233 - 726 stph)
Max. Feed Size250 mm (10 in.)
Motor Power330 kW (443 hp)
Closed Side Setting (CSS) Range10 - 48 mm (1 - 3 in.)
Eccentric Throw Range24 - 48 mm (1 - 2 in.)
Mantles (Inner Liners)A, B, FlexiFeed, B
Concaves (Outer Liners)EC, C, MC, M, MF, F
Number of Chambers7
Weight20,278 kg (44,706 lb)
Automation (ACS)Included
Electric Dump ValveIncluded
Lubrication TankIncluded
Tank Instrument Monitoring SystemIncluded
Offline Lubrication Filtration UnitIncluded

Available Crushing Chambers

*Note: The processing capacity of the CH840i cone crusher may vary with different materials and feeding sizes.

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Our range cone crushers

CH840i Cone Crusher

CH840i Cone CrusherCH840i

Nominal capacity212 - 659 mtph (233 - 726 stph)

Max. feed size250 mm (10 in.)

Motor power330 kW (443 hp)

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CH660 Cone Crusher

CH660 Cone CrusherCH660

Nominal capacity116 - 646 mtph (128 - 712 stph)

Max. feed size321.0 mm (12.6 in.)

Motor power315 kW (422 hp)

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CS840i Cone Crusher

CS840i Cone CrusherCS840i

Nominal capacity212 - 659 mtph (234 - 726 stph)

Max. feed size431 mm (17 in.)

Motor power330 kW (442 hp)

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Case stories

1000TPH Stone Plant in Yidu Hubei

Investment advantage: heavy hammer crusher replaces the traditional combination of jaw crusher and impact crusher. It is thus featured by small investment and fast recovery of cost.

500TPH Stone Crusher Plant in Ziling Town Jingmen

The pics show actual production site. This stone production line is close to the mining area which reduces a lot of transport cost and increases the overall profit of the operator.

Stone Production Line in Laibin Guangxi

In the production site it can be seen that with a relatively high degree of automation the production line almost does not need too much manpower and the discharge size can also be adjusted with relatively high crushing efficiency.

Additional product information

CH840i Cone Crusher: Core Working Principle for Efficient Crushing

Among various cone crushers, the CH840i stands out with its excellent performance and has become an essential equipment for secondary and tertiary crushing in mines or large quarries. Its efficient operation depends on its unique and sophisticated working principle.

Working Process

Once the material enters the feed inlet of the CH840i crusher, it first lands in the crushing cavity between the mantle and the concave. At this time, the power system of the crusher is activated, and the eccentric shaft rotates to drive the moving cone to perform a gyratory motion. The periodic movement of the moving cone makes the mantle continuously approach and move away from the concave, thus generating extrusion and grinding effects on the material.

Automation System

The advanced Automation & Connectivity System (ACS) plays a crucial role in the crushing process. It is like an intelligent guardian that monitors the changes in various feed conditions in real-time, including the particle size, hardness, moisture content, and feed rate of the material. Once it detects fluctuations in these parameters, the ACS system will quickly respond and automatically adjust the working parameters of the crusher to ensure that the crushing process is always in an optimal state, achieving efficient crushing 24/7.

Adjustment System

At the same time, the Hydroset™ system also makes important contributions to ensuring the stable operation of the equipment. On the one hand, it provides a safety protection mechanism for the operation of the equipment. When an abnormal situation occurs in the equipment, it can start the protection measures in time to prevent the equipment from being seriously damaged. On the other hand, this system also has the function of automatically adjusting the crushing settings. It precisely adjusts the key parameters such as the gap between the mantle and the concave according to the characteristics of the material and the actual needs of crushing, so as to optimize the crushing effect, not only improve the crushing efficiency but also effectively control the particle size distribution of the product to ensure that the produced product meets the expected quality standards.

Frame Design

The integrated frame design of the CH840i cone crusher greatly enhances the overall strength of the equipment. This sturdy structure can withstand the huge impact and vibration forces generated during the crushing process, reducing the possibility of equipment deformation or damage due to force, thus effectively reducing the maintenance frequency and cost of the equipment.

Lifting Design

Its unique top lifting design brings great convenience and safety to the maintenance of the equipment. When it is necessary to overhaul the equipment or replace the wearing parts, the operator can easily lift the relevant parts with the help of the top lifting device, avoiding the risks brought by complex operations at the bottom or side of the equipment, greatly improving the efficiency of maintenance work, reducing the downtime of the equipment, and further ensuring the continuity of production.

The CH840i cone crusher demonstrates strong capabilities in the field of crushing with its advanced working principle and sophisticated design, providing reliable crushing solutions for various production operations.

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CH840i Cone Crusher Technical documentation CH840i Cone Crusher Technical documentation
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