DCS DCH single cylinder hydraulic cone crusher

  • Feed Particle Size

    ≤560mm
  • Processing Capacity

    48-1331t/h
  • Machinery Weight

    12-50t
  • Product Introduce
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  • Advantages
  • Application & Case
  • Technical Parameters
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Equipment Device

The medium and fine crushing of various cavity shapes can be realized only by replacing the fixed cone. Program-controlled hydraulic and lubricating systems ensure overload protection and good bearing lubrication.
The shape is very simple and compact. Through the design structure of the single cylinder at the bottom, the three important functions of direct adjustment of the discharge port, prevention of iron passing, and cavity cleaning are completed. Therefore, the single-cylinder hydraulic cone crusher does not have an external discharge port adjustment mechanism, nor an external hydraulic cylinder or spring anti-iron device, and the overall shape and structure are simple and compact.

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Advantages & Highlights


  • High efficiency

    High efficiency: The main shaft of the single-cylinder hydraulic cone crusher is supported at the upper and lower ends, which can withstand greater crushing force and stroke, and the special crushing cavity shape adapted to the lamination principle makes the machine more efficient. crushing efficiency.


  • Large production capacity

    Large production capacity: The single-cylinder hydraulic cone crusher is designed with a perfect combination of crushing stroke, crushing speed and crushing cavity shape, so that the output of the machine is 35% higher than that of the old spring cone crusher under the condition of the same diameter of the big end of the moving cone- 60%.


  • Good particle shape

    Good particle shape: The single-cylinder hydraulic cone crusher adopts the unique crushing cavity shape and the principle of lamination crushing, which produces the crushing effect between the particles, so that the proportion of cubes in the finished product is significantly increased, the needle-shaped stones are reduced, and the particles are reduced. level is more uniform.


  • Program control

    The medium and fine crushing of various cavity shapes can be realized only by replacing the fixed cone. Program-controlled hydraulic and lubricating systems ensure overload protection and good bearing lubrication.

Application & Project

A new type of forehead crusher that has been optimally designed and manufactured in terms of structure, material selection, process, assembly, etc.

Technical Parameters

Model Power(kw) Chamber Max.feed size(mm) Capacity at Min. Closed side setting (T/H)
19 25 29 32 35 38 41 44 48 51 54 60 64    
DCS250 220-250 EC 450         267 282-353 298-448 313-563 334-601 349-524 365-456        
C 400     225 239-299 254-381 269-484 284-511 298-448 318-398 333          
MC 300   195 214-267 228-342 242-435 256-461 270-486 284-426 303-378 317          
DCS315 315-355 EC 560             349 368-460 392-588 410-718 428-856 465-929 489-978    
C 500           318 336-420 353-618 376-753 394-788 411-823 446-892 469-822    
Model Power(kw) Chamber Max.feed size(mm) Capacity at Min. Closed side setting (T/H)
6 8 10 13 16 19 22 25 32 38 44 51 57 64 70
DCH250 220-250 EC 215         114-200 122-276 131-294 139-313 159-357 175-395 192-384        
C 175       101 109-218 117-292 125-312 133-332 151-378 167-335 183-229        
MC 140       97-122 105-262 113-282 120-301 128-320 146-328 161-242          
M 110       117-187 126-278 136-298 145-318 154-339 176-281 194          
MF 85     114 124-227 134-245 144-263 153-281 163-299 186-248            
F 70   90-135 96-176 104-191 112-206 120-221 129-236 137-251 156-208            
EF 38 100-125 with 80%finer than 6-7.5mm
DCH315 280-315 EC 275         177 190-338 203-436 216-464 246-547 272-605 298-662 328-511      
CX 245         174-194 187-374 200-488 212-510 242-582 268-654 293-521 323-359      
C 215         171-190 184-367 196-480 209-510 238-582 263-643 288-512 317-353      
MC 175         162-253 174-426 186-455 198-484 226-502 249-499 273-364        
M 135         197-295 211-440 226-470 240-500 274-502 302-403          
MF 115       192 207-369 222-396 237-423 252-450 287-451 318-363          
F 85       195-304 210-328 225-352 241-376 256-400 292-401 323          
EF 65       211-293 227-316 244-298 261-290                
DCH500 500-550 EC 300             448-588 477-849 544-968 601-1070 658-1172 725-1291 782-1393 849-1512 906-1331
C 240           406 433-636 461-893 525-1018 581-1125 636-1232 700-1357 756-1464 820-1461 876-1286
MC 195           380-440 406-726 432-837 492-954 544-1055 596-1155 657-1272 708-1373 769-1370 821-1206
M 155           400-563 428-786 455-836 519-953 573-1054 628-1154 692-1271 746-1372 810-1248 865-1098
MF 100         379-424 407-563 434-765 462-814 527-928 528-942 638-789 702      
F 90       357-395 385-656 414-704 442-752 470-800 535-912 592-857 649-718        
EF 80     280-405 304-517 328-558 352-598 376-639 400-680 455-775 503-728 551-669        

 

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Shanghai Dongmeng Road and Bridge Machinery Co., Ltd. is located in Fengxian District, Shanghai. It is a modern China DCS DCH single cylinder hydraulic cone crusher manufacturers and custom DCS DCH single cylinder hydraulic cone crusher suppliers, specializing in R&D, production and sales of OEM/ODM DCS DCH single cylinder hydraulic cone crusher factory. With a team of more than 200 middle and high vocational technical engineers, relying on the pioneering and enterprising spirit, the unremitting pursuit of product excellence and the advantages of Shanghai's industrial chain, it has rapidly grown into a production, processing and export base of mining machinery in China.
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Industry Knowledge Extension

How does a single cylinder hydraulic cone crusher work?

A single cylinder hydraulic cone crusher works by using a hydraulic cylinder to adjust the size of the discharge opening. The cylinder is located at the bottom of the crusher, and it is connected to the mainframe of the crusher through a piston rod. When the cylinder is pressurized, it moves the piston and the main shaft of the crusher up or down, which adjusts the size of the discharge opening.

The crushing process begins when the material enters the crushing chamber from the top, and it is fed into the crushing cavity through the feed opening. The material is then crushed by the fixed and movable cones, which are located in the crushing cavity. The fixed cone is stationary, while the movable cone moves back and forth to compress and crush the material.

The hydraulic cylinder controls the movement of the movable cone, and it adjusts the gap between the fixed and movable cones. This gap is called the crushing chamber, and it determines the size of the crushed material. The smaller the gap, the finer the crushed material.

Once the material is crushed to the desired size, it falls through the discharge opening at the bottom of the crusher. The hydraulic cylinder is then used to lift the movable cone back to its original position, ready for the next crushing cycle.

What are the advantages of using a single cylinder hydraulic cone crusher?

Here are some advantages of using a single cylinder hydraulic cone crusher:

High efficiency: Single cylinder hydraulic cone crushers use a single hydraulic cylinder to adjust the size of the discharge opening, which simplifies the process and increases the crushing efficiency.

Low operating cost: Single cylinder hydraulic cone crushers have a lower operating cost compared to other types of cone crushers because they have fewer moving parts and require less maintenance.

Easy maintenance: Single cylinder hydraulic cone crushers have a simple structure and are easy to maintain. The hydraulic cylinder can be easily accessed for maintenance, and the machine can be quickly disassembled for repair or replacement of parts.

Wide range of applications: Single cylinder hydraulic cone crushers can be used in a variety of applications, including mining, metallurgy, construction, and demolition.

High automation: Single cylinder hydraulic cone crushers can be equipped with advanced automation systems that allow operators to adjust the crusher settings remotely, monitor the machine's performance, and optimize the crushing process.

Uniform product size: Single cylinder hydraulic cone crushers produce a uniform product size, which is ideal for use in industries that require consistent product quality.

Overall, single cylinder hydraulic cone crushers offer a range of advantages that make them a popular choice for crushing applications in various industries.

What maintenance is required for a single cylinder hydraulic cone crusher?

Proper maintenance is essential for ensuring the smooth and efficient operation of a single cylinder hydraulic cone crusher. Here are some key maintenance tasks that should be performed regularly:

Regularly inspect the crusher's components for wear and tear, and replace any damaged or worn parts.

Check the oil level in the hydraulic system regularly, and top up as needed. It's important to use the recommended type and grade of hydraulic oil.

Check the oil temperature, pressure, and flow rate regularly, and make sure they are within the recommended range.

Clean the hydraulic system regularly to prevent contamination from dust, dirt, and debris.

Check the crusher's electrical system regularly, and replace any damaged or worn electrical components.

Lubricate the crusher's bearings and other moving parts regularly to prevent wear and tear.

Adjust the crusher's settings and parameters as needed to optimize its performance.

Inspect the crusher's safety devices regularly, and ensure that they are functioning properly.

Train operators on the proper operation and maintenance of the crusher, and ensure that they follow safety protocols and procedures.

Keep detailed records of the crusher's maintenance history, and use this information to develop a preventive maintenance plan.

Overall, regular maintenance is essential for keeping a single cylinder hydraulic cone crusher in good working condition and ensuring its longevity.