Automated Rail-Mounted Container Gantry Crane (ARMG) is mainly used for container loading, unloading and stacking operations at port container terminals and railway container yards. By changing the spreader, it can also handle general cargo, bulk cargo and other types of materials. ARMG is increasingly favored for its advantages such as high operational efficiency, high yard utilization, high degree of automation, low failure rate, flexible and diverse appearance design, simple operation, convenient maintenance, low energy consumption, low operating costs, and energy saving and environmental protection. Wuxin ARMG complies with the latest domestic and international standards including GB, FEM, DIN, IEC, AWS, etc., and features safety and stability, customizability, low operation and maintenance costs, and energy saving and environmental protection.
Product Advantages
1. Spreader tilting system
The spreader can rotate horizontally for convenient container alignment.
2. Stable structural design
Reduces swaying, facilitating operation and container alignment.
3. Multiple power supply options
For gantry travel: safety conductor rail, cable reel; for trolley travel: festoon trolley, drag chain.
4. Travel mechanism design
Adopts spline hollow shaft three-in-one geared motor, featuring light weight, easy assembly and disassembly, and low maintenance cost.
5. Intelligent lubrication design
Each lubrication point is supplied with grease at regular intervals and in precise amounts, reducing manual maintenance costs.
6. All-electric design
Complies with IE3 energy efficiency class in IEC60034 standard, energy saving and environmentally friendly.
7. Modular design
Facilitates in-plant pre-assembly and modular road and water transportation, reducing on-site installation and commissioning time.
8. Advanced processes and equipment
The main girder is manufactured and formed as a whole to ensure a smooth camber curve, effectively reducing trolley rail gnawing.
9. Multiple safety guarantees
Through redundant design of multiple safety protections and real-time online cloud monitoring system, the safe use of the crane is effectively ensured.
10. Advanced tooling assurance
Integral turning tooling for large main girder components enables flexible turning of main girders and other large beam bodies, ensuring flat-position welding of main welds.
11. Secondary sandblasting process
Ensures that the surface cleanliness and roughness of structural components before coating meet coating quality requirements, guaranteeing coating quality.
12. Container truck anti-lifting
By detecting the positional relationship between the container truck and the container, it determines whether the container is hooked with the chassis, preventing safety accidents caused by the container truck being lifted.
13. Anti-cab-crushing system
During the spreader loading process, it detects whether the container truck moves, avoiding cab-crushing accidents.
14. Electronic fence for operation area
Identifies personnel and other abnormal objects within the area and implements mechanism restriction strategies, enhancing equipment operation safety.
15. Anti-bowling system
Real-time identification of container conditions in the yard area, combined with the automatic control system, prevents collision with yard containers during operations, improving operation safety.
16. Automatic deviation correction
Real-time detection of position deviation of gantry travel on both sides of the gantry crane, automatically adjusting motor speed to achieve automatic deviation correction, avoiding rail gnawing and extending crane service life.
17. High power factor, low harmonics (features)
Adopts intelligent compensation and harmonic elimination system to improve power factor, reduce line losses, and optimize power quality.
18. One-key anchoring
Adopts precise positioning technology and electric anchoring device to achieve one-key automatic anchoring.
Application Scenarios
Automated Rail-Mounted Container Gantry Crane (referred to as yard crane, ARMG) is mainly used in ports, wharves, railway stations, yards, etc., and can handle container, general cargo, steel plate, steel coil, section steel, scrap steel, bulk cargo and other types of materials. It adopts steel wheels running on steel rails and can be powered by 380V~10KV mains electricity.
Optional Configurations
1. Multi-purpose design (optional): Different types of spreaders can be quickly replaced to handle general cargo, steel, bulk cargo, etc.
2. Wire rope anti-sway system (optional): Fully automated cranes can be designed with eight-rope anti-sway or electronic anti-sway; non-automated cranes can be designed with auxiliary rope anti-sway or X-type anti-sway. Excellent anti-sway effect.
3. Slewing trolley (optional): Achieves loaded slewing (-10°~+190°).
4. Energy recovery system (optional): Recovers energy from load lowering, reducing energy waste.
5. Automated design (optional): Enables remote control or full automation of the crane, one-person multi-machine operation or fully automated operation.
6. Intelligent lubrication (optional): Enables separate timed and quantitative automatic lubrication at different lubrication points.
7. Intelligent online monitoring system (optional): Real-time online monitoring of the operating status of key crane components (including vibration, temperature rise, etc.) and can transmit to a remote control center.
