Innovative Double Girder Gantry Crane with Energy-Saving Design

♦There are three operation modes available: ground handle, wireless remote control, and driver’s cab, offering flexible choices for different working environments and operator preferences.

♦The power supply can be provided through cable reels or high-altitude slide wires, ensuring stable energy transmission for continuous and safe operation.

♦High-quality steel is selected for the structure, featuring high strength, lightweight design, and excellent resistance to deformation, which guarantees durability and long service life.

♦The solid base design occupies a small footprint and has minimal dimensions above the track surface, enabling fast and stable running even in limited spaces.

♦The crane mainly consists of a gantry frame (including main beam, outriggers, and lower beam), a lifting mechanism, an operating mechanism, and an electric control system. The electric hoist is used as the lifting unit, smoothly traveling along the lower flange of the I-beam.

♦The gantry structure can be box-shaped or truss-type. The box design ensures strong craftsmanship and easy manufacturing, while the truss design provides a lightweight structure with strong wind resistance.

♦Modular design shortens the design cycle, enhances the degree of standardization, and improves the utilization rate of components.

♦The compact structure, small size, and large working range make it highly efficient in improving production output.

♦Equipped with full frequency conversion control, the crane achieves smooth operation without impact, running slowly under heavy load and faster under light load, which saves energy and reduces overall consumption.

♦Variable Frequency Drives (VFDs): These allow smooth acceleration and deceleration, significantly reducing mechanical stress on components while also optimizing energy efficiency.

♦Remote Control and Automation: Operators can control the crane from a safe distance, which enhances workplace safety and boosts efficiency in handling complex lifting tasks.

♦Load Sensing and Anti-Sway Systems: Advanced sensors and algorithms help minimize swinging during lifting, ensuring better load stability and precise positioning.

♦Collision Avoidance Systems: Integrated sensors and intelligent software detect nearby obstacles and prevent potential collisions, making crane operation safer and more reliable.

♦Energy-Efficient Components: The use of energy-saving motors and optimized parts reduces both power consumption and long-term operating costs.

♦Integrated Diagnostics and Monitoring: Real-time system monitoring provides predictive maintenance alerts, minimizing downtime and extending service life.

♦Wireless Communication: Wireless data transmission between crane components reduces cabling complexity while enhancing flexibility and responsiveness.

♦Advanced Safety Features: Redundant safety systems, overload protection, and emergency stop functions guarantee secure operation in demanding environments.

♦High-Strength Materials and Manufacturing: Using modern materials and advanced production techniques ensures durability, structural integrity, and long-lasting performance.

With these advanced technologies, the double girder gantry crane not only improves efficiency and safety but also provides a reliable solution for heavy-duty lifting tasks across industries.