(1) Optimized Main Girder Design
The main girder is reinforced to significantly enhance mechanical performance and load-bearing capacity.
The main girder is reinforced to significantly enhance mechanical performance and load-bearing capacity.
(2) Synchronized Hoisting Mechanism
The main hoisting mechanism achieves synchronized lifting and is equipped with anti-twist and anti-wear devices. This design can be widely applied to multi-point lifting equipment.
The main hoisting mechanism achieves synchronized lifting and is equipped with anti-twist and anti-wear devices. This design can be widely applied to multi-point lifting equipment.
(3) Anti-Derailing Automatic Positioning for Bridge Travel
Automatic positioning prevents "rail climbing" during bridge travel, improving positioning accuracy for both trolley and bridge movements as well as for the dedicated spreader. This facilitates seamless coordination with the specialized lifting attachment.
Automatic positioning prevents "rail climbing" during bridge travel, improving positioning accuracy for both trolley and bridge movements as well as for the dedicated spreader. This facilitates seamless coordination with the specialized lifting attachment.
2. Advanced Intelligence for Safe Operation
(1) Intelligent Automation Control
Automated application programs enable remote network control of the entire crane, providing operational monitoring, fault indication, and troubleshooting solutions. The product achieves a high level of operational intelligence.
Automated application programs enable remote network control of the entire crane, providing operational monitoring, fault indication, and troubleshooting solutions. The product achieves a high level of operational intelligence.
(2) Emergency Manual Control System
A backup emergency manual control system ensures continued safe and stable operation of the dedicated crane to complete processes in the event of communication failure.
A backup emergency manual control system ensures continued safe and stable operation of the dedicated crane to complete processes in the event of communication failure.
(3) Electrical Insulation Protection
Electrical insulation ensures safe use and maintenance of the crane and spreader when operating above high-current electrolytic cells.
Electrical insulation ensures safe use and maintenance of the crane and spreader when operating above high-current electrolytic cells.
3. Multiple Control Modes for Automated Operation
(1) Three Control Options
The crane supports three control modes: operator's cab control, remote control, and ground station control. This ensures full monitoring of lifting conditions at all times, enables easy lifting operations, and supports fully automated workshop production workflows.
The crane supports three control modes: operator's cab control, remote control, and ground station control. This ensures full monitoring of lifting conditions at all times, enables easy lifting operations, and supports fully automated workshop production workflows.
