The double girder intelligent overhead crane is a heavy-duty lifting device featuring a double girder structure as its core load-bearing structure and integrated with advanced control and information technology. The double girder ensures high rigidity and a large span load capacity. The electric drive and reduction system ensures smooth lifting and travel. The intelligent module optimizes energy consumption, collects operational data, and supports predictive maintenance. Equipped with position limiting, overload, and safety interlocking devices, it ensures operational safety. It is widely used in industrial applications requiring high loads and reliability, such as steel, shipbuilding, ports, and heavy equipment assembly.

Core Advantages of the Intelligent Overhead Crane

  ● The optimized girder design and balanced load distribution adapt to large spans and heavy loads, resulting in low vibration and a long service life.

  ● An integrated automatic anti-sway system enables millimeter-level precise positioning of the hook, making it easy to perform precision assembly and challenging handling tasks.

  ● It is equipped with an overload limiter, limit switches, an anti-collision system, an emergency stop button, and a real-time monitoring system.

  ● A high-quality inverter enables soft starting and stopping of the motor, ensuring smooth and impact-free operation.

  ● The load capacity, span, lifting height, electronic control configuration, and interfaces can be customized to each project, and a factory test report is provided.

Wide Range of Applications

  ● Handling of large castings and hot-rolling equipment in the steel and metallurgical industries

  ● Handling and positioning of complete machines in automotive and heavy equipment assembly lines

  ● Loading, unloading, and transshipping of large containers in logistics and warehousing

  ● Shipbuilding, wind turbine blade assembly, and large structural component manufacturing

  ● Safe handling of large paper rolls and glass substrates

Customization and Selection Recommendations

  ● Specify operating parameters: Provide maximum load, typical working load, center of mass location, lifting height, and span.

  ● Select Control Level: For high-precision positioning or in-line automation, a PLC + servo/inverter solution is preferred.

  ● Safety Redundancy: For critical applications, dual limit stops/dual sensors and overload redundancy are recommended.

  ● Environmental Compatibility: Select the appropriate protection level and material handling for high/low temperature/dust/corrosive environments.

Contact us today for a customized intelligent lifting solution and quote!