Double Girder EOT Cranes

A Double Girder EOT Crane (Electric Overhead Traveling Crane) is a heavy-duty material handling system designed for lifting and transporting large and heavy loads with high efficiency and precision. It consists of two bridge girders supported on end carriages, with a crab mechanism that runs on rails mounted on top of the girders, ensuring superior strength and stability.

These cranes are ideal for heavy-duty industrial applications and are widely used in steel plants, power plants, heavy engineering industries, and large manufacturing units. Their robust design, higher load capacity, and ability to handle demanding operations make them a preferred choice for industries requiring reliable and high-performance lifting solutions.

Key Features

• Heavy-Duty Construction – Designed with dual girders for enhanced strength and load capacity
• High Load Handling Capacity – Suitable for lifting very heavy materials in industrial environments
• Superior Stability – Ensures minimal deflection and safe operation under heavy loads
• High Lifting Height – Optimized design allows maximum hook height utilization
• Precision Operation – Smooth and accurate load control with advanced hoisting system
• Energy Efficient – Equipped with optimized motors and drives for reduced power consumption
• Advanced Safety Features – Includes overload protection, limit switches, and emergency stop
• Flexible Control Options – Operated via cabin, pendant, or remote control system
• Durable & Long-Lasting – Engineered for continuous and heavy-duty operations
• Customizable Design – Tailored to meet specific industrial requirements

Advantages

• High Load Capacity – Ideal for heavy-duty lifting applications
• Better Hook Height – Provides greater lifting height compared to single girder cranes
• Enhanced Durability – Built for long-term industrial usage
• Suitable for Continuous Operation – Handles high-duty cycle applications efficiently
• Improved Operational Efficiency – Ensures faster and smoother material handling
• Reduced Wear & Tear – Even load distribution increases component life
• Customizable for Heavy Industries – Designed for specific industrial needs
• Reliable Performance – Consistent and safe operation under heavy loads
• Long Service Life – Robust design ensures extended durability

Applications

• Steel Plants – Handling heavy steel materials and components
• Power Plants – Equipment installation and maintenance operations
• Heavy Engineering Industries – Lifting and transporting large machinery parts
• Shipyards – Handling heavy structural components
• Automobile Industry – Assembly and heavy component handling
• Infrastructure Projects – Handling construction materials
• Manufacturing Units – Heavy-duty material movement and production support
• Maintenance Operations – Handling large equipment and machinery parts