track mounted mobile crushing plant

Track Mounted Mobile Crushing Plant: High-Efficiency Mineral Processing for Demanding Sites

Operational Challenges Solved by Track Mounted Mobile Crushing Technology

1. Site Accessibility Limitations: Fixed crushing plants require costly civil works for setup, with 30–45 days lost to foundation preparation. How quickly can your operation mobilize crushing capacity?
2. Material Transport Costs: Hauling raw material to stationary crushers consumes 18–25% of project budgets. What if processing could occur at the extraction point?
3. Downtime During Relocation: Traditional systems take 7–10 days to dismantle and reassemble, costing $28,000–$50,000 per move in lost production.
4. Grade Control Variability: Inconsistent feed size from multiple stockpiles reduces crusher efficiency by 15–20%. Can your system maintain optimal performance across changing material conditions?
5. Permitting Delays: Stationary plants often require new environmental approvals for each site, adding 60–90 days to project timelines.

Product Overview: Track Mounted Mobile Crushing Plant

Equipment Type: Self-propelled, diesel-hydraulic crushing unit with integrated screening and conveying systems

Operational Workflow:

1. Direct feed from excavators or loaders eliminates primary haulage
2. Three-stage crushing process (primary jaw → secondary cone → tertiary impact) reduces -150mm feed to 0–40mm spec product
3. Onboard screening separates oversize material for recirculation
4. Radial stacker discharges processed material at up to 12m reach

Application Scope:

• Ideal for quarries with multiple pit locations
• Suitable for temporary urban demolition recycling projects
• Processes up to 400 tph of granite, basalt, or recycled concrete

Limitations:

• Not recommended for continuous 24/7 operations exceeding 18 months without major servicing
• Maximum incline operation limited to 15 degrees

Core Features Driving Operational ROI

Hydraulic Adjustment System | Technical Basis: PLC-controlled cylinder positioning | Operational Benefit: Change CSS in <2 minutes vs manual wedge systems (8–12 minutes) | ROI Impact: Saves $1,200/week in labor costs at typical adjustment frequency

Hybrid Power Module | Technical Basis: Tier 4 Final diesel + electric shore connection option | Operational Benefit: Reduces fuel consumption by 22% versus conventional drives | ROI Impact: Cuts $18,000/year in operating costs at current diesel prices

Remote Telemetry | Technical Basis: IoT-enabled condition monitoring | Operational Benefit: Provides real-time alerts on wear part status and performance anomalies | ROI Impact: Reduces unplanned downtime by up to 35% annually

Modular Wear Package | Technical Basis: Bolt-on manganese steel sections | Operational Benefit: Replace individual wear components without full liner removal | ROI Impact: Lowers maintenance costs by $8–12/ton processed

Track Mobility System | Technical Basis: Proportional hydraulic travel motors with auto-leveling | Operational Benefit: Relocates at 1 km/h under full load capacity | ROI Impact: Eliminates $15,000 average crane costs per move

Competitive Performance Advantages

Technical Specifications

• Processing Capacity: Up to 400 tph (varies by material density)
• Power Plant: CAT C13 (328 kW) with optional grid connection
• Feed Opening: 1,100 x700 mm jaw crusher primary stage
• Discharge Range: Adjustable output grading from -50mm to +10mm aggregate
• Operating Weight: ~48 metric tons (configuration dependent)
• Environmental Tolerance: -25°C to +45°C ambient temperature range

Proven Application Scenarios

Urban Demolition Recycling Project (Berlin)

Challenge: Restricted site access prohibited stationary plant installation; noise regulations limited operating hours
Solution: Deployed track mounted mobile crushing plant with acoustic enclosures and dust suppression
Results: Achieved permitted noise levels (68 dB daytime), processed rubble directly onsite saving €92,000 in haulage

Multi-Pit Quarry Operation (Queensland)

Challenge: Required processing across five distinct pits within a single lease area
Solution: Single track mounted unit relocated weekly between sites via low-loader transport
Results: Reduced capital expenditure by AUD$1.2M vs fixed plants; maintained consistent product quality (±2mm variance)

Commercial Considerations

Base Configuration Pricing: €480,000 – €620,000 depending on crusher/screen combination
Optional Features:

• Magnetic separator (+€28,500)
• Dust suppression package (+€14,200)
• Cold climate kit (+€9,800)

Service Packages:
3-Year Full Coverage Plan includes all wear parts except liners (19% of base price)
5-Year Power Train Warranty Extension available (+6%)

Financing Options Available Through Partner Institutions

Frequently Asked Questions

Q1: What clearance height is required for under-bridge transport?
A1: Standard configuration transports at <3.8m height; low-profile options available (<3.2m).

Q2: How does track mobility affect stability during crushing?
A2: Outrigger stabilization system maintains <0.5° deflection even at maximum throughput rates verified through ISO testing protocols

Q3:What maintenance intervals apply under heavy abrasive conditions?
A3:Lubrication points require servicing every ~250 hours when processing silica-rich materials

Q4:Could existing loader operators run this equipment?
A4:The control system requires ~16 hours familiarization training due to integrated automation features

Q5:What provisions exist for future regulatory changes?
A5:The modular design allows retrofit of emissions control systems meeting Stage V standards