
XCMG XGC400-I Load Chart PDF + Specifications
The XCMG XGC400-I is a 400-tonne class lattice boom crawler crane engineered for heavy lifting operations in infrastructure, energy, and industrial construction projects. Designed with multiple boom configurations including heavy boom, light boom, and superlift systems, the crane offers exceptional lifting performance and reach. With boom combinations extending up to 126 metres in superlift configuration, the XGC400-I provides the flexibility required for demanding tasks such as wind farm construction, petrochemical plant installation, and large structural assembly.
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*Crane Specifications, Load Charts, and Crane Manuals are for reference only.
Contact the crane manufacturer for manuals to operate the crane properly.
Key Features & Benefits
The XCMG XGC400-I is a large-capacity lattice boom crawler crane developed for heavy-duty lifting applications in sectors such as energy construction, infrastructure development, petrochemical projects, and industrial plant installation. With a maximum rated lifting capacity of 400 tonnes, the crane is designed to handle extremely heavy loads while maintaining high stability and operational efficiency on large-scale construction sites.
A key feature of the XGC400-I is its modular lattice boom system, which allows multiple boom configurations to be assembled depending on the lifting requirements. This flexibility enables the crane to adapt to a wide variety of lifting tasks, from high-capacity lifts at shorter radii to long-reach operations requiring extended boom lengths.
In its standard heavy boom configuration, the crane can be assembled with boom lengths ranging from 24 metres to 84 metres. This configuration is typically used for high-capacity lifting operations where maximum lifting strength is required at shorter working radii. The heavy boom arrangement provides excellent structural rigidity and lifting performance, making it suitable for handling heavy structural components and industrial equipment.
For operations requiring increased outreach, the crane can be configured with a standard light boom, which extends from 42 metres to 108 metres. The light boom configuration reduces structural weight while allowing longer boom assemblies, enabling the crane to perform lifts at greater working distances while maintaining stable operation.
The crane can also be equipped with a superlift system, which significantly enhances lifting performance when working at large radii or with long boom configurations. In superlift heavy boom configuration, boom lengths range from 36 metres to 96 metres, providing increased lifting capacity through the use of additional counterweight systems and superlift attachments.
For maximum reach applications, the crane can be assembled in superlift light boom configuration, allowing boom lengths of up to 126 metres. This extended configuration enables the crane to perform lifting operations at substantial heights and working radii, which is particularly beneficial for projects such as wind turbine installation, tall structure construction, and industrial plant assembly.
The crawler undercarriage of the XGC400-I provides excellent stability and ground contact, allowing the crane to operate safely on uneven terrain and soft ground conditions commonly found on large construction sites. The crawler design also allows the crane to travel short distances on site without requiring complete disassembly, improving productivity during large lifting operations.
Like many modern heavy crawler cranes, the XGC400-I incorporates an advanced hydraulic and control system that enables smooth and precise crane movements. The operator cabin is designed with ergonomic controls and wide visibility to ensure safe and efficient crane operation during complex lifting tasks.
Overall, the XCMG XGC400-I offers a powerful combination of 400-tonne lifting capacity, modular lattice boom configurations, superlift capability, and strong crawler stability. With boom lengths ranging from 24 metres to 126 metres depending on configuration, the crane is well suited for demanding heavy lifting operations in energy construction, infrastructure projects, industrial installation, and large-scale structural assembly.



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