Suitable for the carbon industry
1. Operation mode: cab operation, remote control, remote+intelligent.
2. Control mode: PLC+frequency converter+touch screen+remote operation console.
3. The entire machine can achieve unmanned operation, with functions such as automatic block grabbing, block placement, stacking, and loading. It has a high degree of automation and superior performance.
The stacker crane and intelligent warehouse management system help enterprises achieve less human operation in the warehouse area, enhance refined management of the warehouse area, and significantly improve the operational efficiency of the warehouse area, mainly reflected in the following aspects:
1. Unmanned operation: improves the working environment for workers, reduces labor intensity, eliminates the need for overhead crane drivers, reduces ground operators, achieves precise positioning through standardized operations, and saves at least 3 operators per vehicle.
2. Simplify business processes: achieve dynamic tracking and visualization of warehouse materials, eliminate traditional processes such as manual inventory counting, inventory counting, and number copying.
3. Improve equipment safety: Standardized workflow combined with anti-collision and anti swing control to enhance equipment operation stability, achieve online diagnosis of equipment status, reduce failure rates, extend maintenance cycles, and reduce inventory of spare parts.
4. Enhance information security: achieve traceability of material information to avoid information errors and loss.
5. Improve the operational efficiency of the warehouse area: Improve work efficiency by simplifying team handover, inventory management, and other related tasks; Optimizing material stacking through intelligent warehouse scheduling, reducing stacking/rewinding rates by 40% to 70%; By utilizing technologies such as multi vehicle collaborative operation, heavy material waiting, dual vehicle deployment, and unloading during loading gaps, the production capacity under extreme working conditions can be improved; Overall, it can improve the operational efficiency of the storage area by more than 40%.
6. Integrating information flow and achieving precise logistics: Through unified deployment of logistics information, connecting production planning and scheduling with upstream and downstream processes, promoting the improvement of production efficiency in intelligent factories.
