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High-Temperature Lifting Solutions for Electric Arc Furnace (EAF) Charging

Henan Mine’s charging crane is a core component in steelmaking facilities, purpose-built for feeding electric arc furnaces (EAF) with scrap or molten metal. Designed for continuous operation under extreme heat, this overhead crane is also capable of delivering hot metal to the ladle furnace (LF) or continuous casting machine (CCM). Engineered with a four-girder configuration, it provides exceptional stability, lifting accuracy, and long service life.

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Compact, Integrated Architecture

Combines the lifting motor, reducer, drum, and limit switches into one space-saving, high-efficiency unit—perfect for operations with limited headroom or narrow spaces.

Precision-Controlled Trolley Movement

Inverter-based trolley mechanism enables accurate, swing-free load travel, even under variable speeds—reducing risk during complex assembly or transport tasks.

Intelligent Safety Monitoring

Optional real-time safety diagnostics and predictive maintenance alerts offer proactive protection and maximize uptime.

FEM-Classified Mechanical Performance

All design parameters meet or exceed FEM lifting standards, ensuring long-term reliability in heavy-duty operations.

Maintenance-Free, Long-Life Design

From the gearbox to the brake system, each key component is selected for durability, thermal stability, and minimal wear, reducing lifecycle costs.

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FEATURES

1. Compact, Integrated Architecture
Combines the lifting motor, reducer, drum, and limit switches into one space-saving, high-efficiency unit—perfect for operations with limited headroom or narrow spaces.
2. Precision-Controlled Trolley Movement
Inverter-based trolley mechanism enables accurate, swing-free load travel, even under variable speeds—reducing risk during complex assembly or transport tasks.
3. Intelligent Safety Monitoring
Optional real-time safety diagnostics and predictive maintenance alerts offer proactive protection and maximize uptime.
4. FEM-Classified Mechanical Performance
All design parameters meet or exceed FEM lifting standards, ensuring long-term reliability in heavy-duty operations.
5. Maintenance-Free, Long-Life Design
From the gearbox to the brake system, each key component is selected for durability, thermal stability, and minimal wear, reducing lifecycle costs.

BENEFITS

Boosts Productivity: Faster lifting cycles and smoother movements improve workflow in assembly lines and industrial operations.
Reduces Downtime: Maintenance-free components and modular designs mean fewer interruptions and faster part replacements.
Maximizes Safety: Precision control and redundant safety systems reduce workplace incidents.
Saves Space: Compact layout allows installations in tight or low-clearance environments.
Delivers Long-Term ROI: Designed for over 10 years of continuous service, even in high-frequency usage settings.

APPLICATIONS

Perfectly suited for a wide range of industries and working conditions:
Precision Manufacturing & Assembly Lines
Automotive & Aerospace Sectors
Heavy Equipment Installation & Maintenance
Warehousing & Logistics Centers
Steel Fabrication & Value-Added Metal Processing
Any facility demanding high safety, reliability, and efficient load handling