Single cylinder hydraulic cone crusher this series represents the advanced crusher technology in the world and has many incomparable advantages over traditional crushers: high crushing efficiency, low production cost, convenient maintenance and adjustment, excellent particle type of crushing products, and can be widely used in crushing operations such as medium crushing, fine crushing and ultra-fine crushing. GP series is a horizontal bar hydraulic cone crusher integrating mechanical, hydraulic, electrical, automation, intelligent control and other technologies developed by our company on the basis of introducing and absorbing advanced technology. The cavity adopts modular design and has a variety of crushing cavity types. The conversion from coarse crushing to fine crushing can be realized by replacing some parts. The optimized crushing cavity has the characteristics of large crushing ratio, high efficiency, low energy consumption and uniform product particle size. By selecting the appropriate crushing cavity and eccentricity, we can meet the production requirements of customers to a great extent and achieve high output. Under the condition of full load feeding, laminated crushing can be realized, so that the product has better particle shape and more cubic particle content. Compared with other equipment, it is more suitable for crushing hard rock, and the production capacity is 15% - 20% higher than that of cone crusher of the same specification. The product has the ability of hydraulic locking and hydraulic adjustment, as well as the functions of iron release and cavity cleaning. The equipped hydraulic system and lubrication system ensure the safe and normal operation of the equipment. The hydraulic system can flexibly adjust the discharge port, so as to realize the function of controlling the discharge particle size and output. The electrical control system is equipped with a protection system combining electronic intelligent display and self-locking control, which can safely and timely monitor the oil temperature, oil pressure and flow, and give an alarm in case of emergencyDuring operation, the rotation of the motor drives the belt pulley, transmission shaft and conical part to swing under the force of the eccentric sleeve, so that the crushing wall of the cone crusher sometimes approaches and sometimes leaves the white wall surface fixed on the upper frame, so that the ore is continuously impacted and crushed in the crushing chamber, and the crushed materials are discharged from the lower part.
Model | Cavity type | Max. feed size（MM） | Outlet adjustment (MM) | Capacity（T/H） | Power（KW） |
GP430 | Extra Coarse | 185 | 13-38 | 69-208 | 160 |
Coarse | 145 | 13-38 | 66-150 |
Medium Coarse | 115 | 10-32 | 57-145 |
Medium | 90 | 10-25 | 64-104 |
Medium Fine | 75 | 8-25 | 61-92 |
Fine | 50 | 6-25 | 48-77 |
Extra Fine | 35 | ≤6 | 70-90 |
GP440 | Extra Coarse | 215 | 16-44 | 114-384 | 220 |
Coarse | 175 | 13-44 | 101-229 |
Medium Coarse | 140 | 13-38 | 97-242 |
Medium | 110 | 13-38 | 117-194 |
Medium Fine | 85 | 10-32 | 114-248 |
Fine | 70 | 10-32 | 96-208 |
Extra Fine | 38 | ≤10 | 100-125 |
GP660 | Extra Coarse | 270 | 16-51 | 177-511 | 315 |
Coarse | 235 | 16-51 | 174-359 |
Medium Coarse | 215 | 16-51 | 171-353 |
Medium | 175 | 16-44 | 162-364 |
Medium Fine | 135 | 16-38 | 197-403 |
Fine | 115 | 16-38 | 192-323 |
Extra Fine | 90 | 13-38 | 195-323 |
Extra Coarse | 65 | 13-22 | 211-290 |
GP870 | Extra Coarse | 300 | 22-71 | 448-1331 | 500 |
Coarse | 240 | 19-71 | 406-1286 |
Medium Coarse | 195 | 19-71 | 380-1206 |
Medium | 155 | 19-71 | 400-1098 |
Medium Fine | 100 | 16-51 | 379-702 |
Fine | 90 | 13-44 | 357-718 |
Extra Fine | 80 | 8-44 | 280-669 |
① The design form of broken wall and rolling mortar wall makes the utilization rate of vulnerable parts high. The principle of laminated crushing is adopted to fill the crushing chamber with materials to be crushed, reduce the force between materials and practical parts, reduce the consumption of vulnerable parts, and reduce the operation cost
② This series of models have a variety of crushing cavity types and the main structure is the same, so the conversion of different cavity types can be realized only by replacing the lining plate to meet different processes
③ In the case of full feeding, it can realize laminated crushing and improve the product particle shape. The product shape is mostly cubic, making the product particle shape better
④ When the equipment is stuffy due to overload, the hydraulic system can provide a large cavity cleaning stroke to discharge the materials in the crushing cavity in time, avoid shutdown and manual cleaning, and improve the work efficiency of the production line
⑤ When non breakable objects (such as iron blocks and forklift teeth) enter the crushing chamber, the hydraulic system can gently release the impact force to protect the equipment host from damage, and timely discharge the iron blocks out of the equipment to ensure the safe operation of the equipment
