Description
Technical Specifications & Performance Data
Drive System & Power Management
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Motor Power Options: 45-75 kW (60-100 HP)
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Rotor Diameter: 650 mm
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Rotor Speed: 3000 RPM
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Bearing Size: 22324 (Double Row Spherical Roller)
Grinding Components & Wear Protection
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Hammer Configuration: 24 pieces, reversible for extended service life
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Hammer Thickness: 6 mm standard (8 mm heavy-duty optional)
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Screen Area: 0.42 m²
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Screen Sizes: 1.0-8.0 mm perforation available
Capacity & Performance Metrics
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Throughput Range: 3-12 tons/hour (material dependent)
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Reduction Ratio: Up to 20:1
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Power Consumption: 8-12 kWh/ton
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Noise Level: <85 dB at operating conditions
Design Innovations & Engineering Excellence
Advanced Rotor Dynamics
The YHM112 features a dynamically balanced rotor assembly that ensures smooth operation even at maximum capacity. The precision-machined rotor discs are manufactured from high-strength steel and are designed for minimal vibration, contributing to extended bearing life and reduced maintenance requirements.
Intelligent Screen Technology
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Quick-change screen system reduces downtime to under 10 minutes
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Screen tensioning mechanism ensures optimal performance
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Multiple screen geometries available for specific applications
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Wear-resistant materials provide extended service life
Enhanced Safety Features
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Interlocked safety switches prevent operation during maintenance
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Heavy-duty construction meets international safety standards
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Magnetic separation protection for downstream equipment
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Emergency stop systems strategically located for operator safety
Application-Specific Performance
Grain & Feed Processing
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Corn grinding: 8-10 tons/hour with 3 mm screen
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Soybean meal: 6-8 tons/hour with 4 mm screen
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Finished feed: 5-7 tons/hour with 2 mm screen
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Uniform particle size distribution with CV <15%
Biomass & Fiber Processing
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Wood chips: 3-5 tons/hour with 6 mm screen
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Straw processing: 4-6 tons/hour with 5 mm screen
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Consistent fiber length maintenance
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Excellent for pellet mill preparation
Industrial Applications
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Mineral processing: 5-8 tons/hour (material dependent)
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Chemical products: 4-7 tons/hour with specialized hammers
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Custom configurations for specific material characteristics
Operational Efficiency & Maintenance
Energy Optimization
The YHM112 incorporates several energy-saving features:
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High-efficiency motor designs reduce power consumption
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Optimized airflow minimizes fan power requirements
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Strategic hammer arrangement maximizes impact efficiency
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Power monitoring systems identify optimization opportunities
Maintenance Protocol
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Daily: Visual inspection, lubrication check
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Weekly: Hammer wear assessment, screen condition
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Monthly: Bearing inspection, vibration analysis
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Quarterly: Comprehensive mechanical review
Service Accessibility
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Clam-shell design for easy internal access
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Quick-disconnect components reduce service time
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Standardized parts across the series
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Comprehensive service documentation
Comparative Advantages
Versus Traditional Designs
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25% higher throughput in same footprint
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18% reduction in specific energy consumption
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40% longer component life
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50% faster screen changes
Operational Economics
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Reduced maintenance costs: $0.80-1.20 per ton
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Extended service intervals: 500-800 hours
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Quick changeover between products: <15 minutes
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High availability: >95% operational uptime
Installation & Integration
Space Requirements
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Footprint: 2.8 m × 1.6 m
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Height: 2.2 m
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Feed height: 1.8 m
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Discharge options: Pneumatic, mechanical, or gravity
Control Systems
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Basic: Local start/stop with manual controls
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Advanced: PLC integration with remote monitoring
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Safety: Comprehensive interlock systems
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Automation: Feed rate control and power management
Future-Ready Design
The YHM112 Series is designed with adaptability in mind, featuring:
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Modular components for easy upgrades
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Compatibility with Industry 4.0 technologies
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Provisions for additional safety systems
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Scalable control system architecture
This hammer mill series represents the culmination of extensive research and practical field experience, delivering reliable performance in the most demanding processing environments. Its balanced combination of robust construction, operational efficiency, and maintenance-friendly design makes it an ideal choice for modern processing facilities seeking to optimize their size reduction operations.





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