According to the customer's requirements for material processing, it matches various crushing cavity types, making it suitable for any application, with the characteristics of high output, good product particle shape and low cost of wear parts.
The main crusher adopts an automatic control system, with fully automatic crushing process control, one-button automatic start and advanced fault diagnosis functions, which can realize overload or over-iron protection for crushing operations, and automatic compensation for lining wear. The main crusher lubricating system and hydraulic system are modularly designed and operate independently, which can realize the protection of oil temperature, flow, pressure, power and abnormal power supply.
Curve Crushing Cavity
Curved crushing cavity: According to the principle of material lamination and crushing and the wear characteristics of the cavity wall, the cavity shape is designed as a curve, which can ensure the goals of large output, high product quality and low wear cost of the crusher.
Automatic Control System
The main crusher adopts an automatic control system, with fully automatic crushing process control, one-button automatic start and advanced fault diagnosis functions, which can realize overload or over-iron protection of crushing operations, automatic compensation for lining wear and other functions.
Adjustable Eccentricity
Adjustable eccentric distance: The combination of eccentric bushing and eccentric bushing of the main crusher can easily achieve multiple eccentric distance settings by rotating the eccentric bushing to meet the requirements of different ores and mining.
Advanced Hydraulic Lubrication System
Advanced hydraulic lubricating system: The main crusher lubricating system and hydraulic system are modularly designed and operate independently, which can realize the protection of oil temperature, flow, pressure, power and abnormal power supply. Convenient transportation: Because of its reasonable weight and shape design, this type of mobile crushing station can remotely control the upper and lower flatbed trailers through the remote control module to achieve long-distance transportation and easy transfer operations.
Technical Parameter
| Model | DMHP2RS | DMHP3RS |
| Feeding Equipment | ||
| Capacity (t/h) | 300 | 400 |
| Hopper Volume (m3) | 4 | 4 |
| Feeding Belt Conveyor | ||
| L x W (mm) | 6000*1000 | 6600*1000 |
| Feeding Height (mm) | 2600 | 2700 |
| Motor (kw) | 7.5 | 7.5 |
| Cone Crusher | ||
| Cone crusher Model | HP200 | HP300 |
| Max Feeding Size (mm) | 185 | 211 |
| Close Side Setting (mm) | 10-38 | 13-51 |
| Motor (kw) | 132 | 220 |
| Main Belt Conveyor | ||
| Specification | B1000x11.7M | B1000x11.7M |
| Unloading Height (mm) | 3300 | 3300 |
| Motor (kw) | 5.5*2 | 5.5*2 |
| Final Product Belt Conveyor | ||
| Specification | B1400x5.7M | B1400x5.7M |
| Unloading Height (mm) | 3000 | 3000 |
| Motor (kw) | 7.5 | 7.5 |
| Vibrating Screen | ||
| L*W (mm) | 5000x1700 | 5000x1700 |
| Motor (kw) | 4.35x2 | 4.35x2 |
| Transition Belt Conveyor | ||
| Specification | B500 x2.5M | B500 x2.5M |
| Motor (kw) | 3 | 3 |
| Returning Belt Conveyor | ||
| Specification | B600x10.3M | B600x10.3M |
| Motor (kw) | 5.5 | 7.5 |
| Whole Plant | ||
| Driving Motor (kw) | single 92，double 360 | single 92，double 360 |
| Total weight (t) | 42 | single 60.5，double 62.5 |
| Capacity (t/h) | 95-225 | 110-360 |
| Transport Size L*W*H (m) | 16.4x3.75x3.8 | 20x3.75x3.8 |
| External Power (kw) | 174.12 | 272 |
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