High-Efficient Fixed Bearing Hydraulic Multi-Cylinder Cone Crusher
1.Description
RHP300 Multi-cylinder Hydraulic Cone Crusher improves the production capacity and crushing efficiency, also widens the applying area, from limestone to basalt, from stone production to various ore crushing. RHP Cone Crusher has an excellent crushing performance in the work of medium-size crushing, fine crushing and super fine crushing.
2.Advantages
1. Combining the best crushing cavity, large eccentricity, best swing frequency and lamination crushing principle, the performance of the RHP300 cone crusher is more stable, resulting in greater output, higher productivity and better product shape.
2. The fixed bearing design can make the main engine load larger than normal.
3. The discharge method is adjusted by hydraulic rotation to make the machine faster and more convenient.
4. Reliable hydraulic protection makes the main engine running more reliably and safely.
5. Multiple protection, avoid accidents and damage caused by human incorrect operation
3.Working Principle
The electric motor drives the belt pulley or the gear shaft to rotate, driveshaft and cone body make the eccentric shaft periodically oscillating and rotating around the centre axis. After the material enter into the crushing chamber, they are continuously striking, grinding and squeezing under the interaction of eccentric shaft and concave until the material reaches the required granularity, and then discharged from the lower outlet.
4.Production and Parameter
RHP300 | RHP500 | |
Crusher Total weight (kg) | 15810 | 33150 |
Fixed cone, fixed cone liner, adjusting cap, hopper(kg) | 3525 | 7200 |
Moving cone, moving cone lining plate and feeding plate(kg) | 2060 | 5120 |
Motor Power(kw) | 200-250 | 315-400 |
Drive shaft speed(rpm) | 700-1200 | 700-950 |
5.Dimensions and weight
OVERALL DIMENSIONS | mm | HP300 | HP500 |
A | mm | 328 | 425 |
B | mm | 2207 | 2730 |
C | mm | 2020 | 2650 |
D | mm | 1347 | 1760 |
E | mm | 1865 | 2290 |
F | mm | 1078 | 1535 |
G | mm | 85 | 125 |
H | mm | 660 | 882 |
The diameter of the discharging Opening of the mainframe | mm | 1470 | 2040 |
Remark:1.Cone Crusher weight mentioned above without including accessories, given the weight with the heaviest crushing chamber. 2.From the shock absorber to the top of the hopper. 3.From the shock absorber to the top of the feed hopper with the upper rack. |
1. The minimum discharge opening is the opening that can be achieved without causing the adjustment ring to beat, which varies with the ore properties and operating conditions
2."B" is the tight side feeding port corresponding to the minimum discharge port "A"
3. According to the different equipment specifications and materials, the feeding size is within the 80% range of "B"
Cavity Type(Standard Type) | RHP300(minimum discharge opening) | RHP300(tight side feed opening) | ||||||||||||||||||
EF | ||||||||||||||||||||
F | 13mm | 107mm | ||||||||||||||||||
C | 17mm | 150mm | ||||||||||||||||||
M | 19mm | 211mm | ||||||||||||||||||
EC | 25mm | 233mm
|
Cavity Type(Standard Type) | RHP500(minimum discharge opening) | RHP500(tight side feed opening) | |
EF | |||
F | 16mm | 133mm | |
C | 20mm | 204mm | |
M | 25mm | 286mm | |
EC | 30mm | 335mm |
Cavity Type(Short Head Type) | RHP500(minimum discharge opening) | RHP500(tight side feed opening) |
EF | 6mm | 53mm |
F | 8mm | 52mm |
C | 10mm | 57mm |
M | 13mm | 95mm |
EC |
Remark: EF=Extra Fine Type
F=Fine Type
M=Medium Cavity Type
C= Medium Coarse Cavity Type
EC=Extra Coarse Cavity Type
6.Structure