The tracked mobile impact crusher is designed for high efficiency crushing and complex terrain operation, equipped with fully hydraulic tracked chassis, supporting 1:6 steep slope climbing and muddy road walking, with an autonomous moving speed of 1.2km/h, and completing the deployment and transfer in 45 minutes. The core impact crusher adopts heavy-duty rotor (500-800rpm) and high chrome hammers, with a maximum feed size of 500mm, a processing capacity of 150-500t/h, adjustable particle size of 20-50mm, and a cube rate of more than 90%, which is perfectly suited for aggregate shaping and medium-hard rock crushing. Intelligent center monitors bearing vibration, rotor balance and motor load in real time, automatically adjusts the gap of impact plate and feeding speed, and warns of abnormal working conditions within 3 seconds, reducing the failure rate by 50%. Modularized quick-disassembly design supports 20-minute replacement of the plate hammer, and the life span of the wear-resistant parts is increased to 8,000 hours, and the -25℃ antifreeze and 50℃ heat dissipation structure ensures continuous operation at extreme temperatures. Applicable to iron ore, limestone, building demolition waste and other scenarios, single machine power consumption as low as 1.3kW-h/ton, with hydraulic folding conveyor to achieve the integration of “crushing - transfer”, shorten the return on investment cycle to 16 months!
Crawler mobile impact crushing plant breaks through the industry bottleneck with four innovative advantages:
1: dual-power drive:
diesel-electric hybrid mode one-key switching, no external power supply diesel full-load operation (fuel consumption ≤ 18L / h), access to the power grid automatically switch to purely electric drive (energy consumption by 15%), mountainous areas / no power area operation without worry!
2: Multi-stage pre-screening linkage:
the front adjustable inclination screen (screen hole 20-100mm) automatically diverts over-limit material and qualified material, reducing the ineffective wear of plate hammer by 30%, and synchronizing to improve the crushing efficiency to 220-600t/h;
3: AI self-healing system:
built-in 2000+ fault cases database, real-time analysis of vibration spectrum and current curve, 48 hours in advance warning bearing failure or rotor imbalance, and generate maintenance program, MTBF (Mean Time Between Failure) exceeds 5000 hours.
4: Scenario innovation:
modular expansion interface supports the addition of iron remover or fine crushing hammer head within 10 minutes, realizing the whole process of “iron ore crushing - debris removal - shaping”, and increasing the return on investment by 40%.
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Device/Model | STF1010RS | STF1214RS | STF1315RS |
Feeding Department | |||
Bin Volume(m³) | 4 | 6 | 6 |
Feeder Model | FD1038 | FD1248 | FD1248 |
Feeder Power(KW) | 11 | 15 | 15 |
Maximum Feeding Particle Size(mm) | 500 | 750 | 750 |
Crusher | |||
Device/Model | SPL1010 | SPL1214 | SPL1315 |
Crusher Power(KW) | 160 | 250 | 315 |
Processing Capacity(t/h) | 80-200 | 100-400 | 150-500 |
Return Material Sieve | |||
Device/Model | SX1536 | SX1545 | SX1545 |
Number Of Screen Layers | 1(2) | 1(2) | 1(2) |
Belt Conveyor | |||
Main Belt Conveyor | B1000 | B1200 | B1200 |
Belt Conveyor Under Screen | B1000 | B1200 | B1200 |
Material Return Belt Conveyor | B500 | B500 | B500 |
Drive Mode | Motor Reducer | Motor Reducer | Motor Reducer |
Machine Power(KW) | 215.4 | 317.4 | 382.4 |
Power System(KW) | Cummins 330 | Cummins 560 | Cummins 560 |