
XCMG XCA250G7-1E
The XCMG XCA250G7-1E is a 250-tonne class all-terrain crane designed for large-scale lifting operations such as wind farm construction, heavy infrastructure projects, and industrial installations. Equipped with a 76-metre seven-section telescopic boom, a maximum lifting height of approximately 114.5 metres with jib, and a five-axle all-terrain carrier, the crane combines strong lifting capability with excellent road mobility. Powered by a 390 kW Mercedes-Benz OM471LA engine and compliant with EU Stage V emission standards, the XCA250G7-1E delivers high efficiency, reliability, and advanced control for demanding lifting applications.
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Key Features & Benefits
The XCMG XCA250G7-1E is a high-performance all-terrain mobile crane developed to meet the requirements of heavy lifting projects in sectors such as wind energy, infrastructure construction, petrochemical plants, and large industrial installations. Designed with a strong emphasis on lifting performance, mobility, and operator control, the crane offers a balanced combination of power and versatility suitable for modern construction environments.
With a maximum rated lifting capacity of 250 tonnes, the crane is capable of handling large structural components, heavy machinery, and wind turbine components. The lifting performance is supported by a maximum load moment of approximately 6,769 kN·m, allowing the crane to perform demanding lifts at significant working radii.
The crane is equipped with a seven-section high-strength telescopic boom that extends up to 76 metres, providing a large working envelope and enabling the crane to reach considerable lifting heights without complex lattice boom assembly. When equipped with additional jib extensions, the crane can achieve a maximum lifting height of approximately 114.5 metres, making it suitable for tall structure installations and wind energy projects.
Mounted on a five-axle all-terrain carrier chassis, the XCA250G7-1E is designed to provide excellent road mobility and maneuverability. The carrier utilizes a 10×6×10 drive and steering configuration, allowing multiple steering modes for improved handling in confined job sites and reduced turning radius. This design allows the crane to travel efficiently between job sites while maintaining strong off-road capability.
Power for the crane is supplied by a Mercedes-Benz OM471LA diesel engine, delivering 390 kW of output. The engine complies with EU Stage V emission standards, providing improved fuel efficiency and reduced environmental impact while ensuring reliable performance during both travel and lifting operations. The crane can achieve a maximum travel speed of approximately 80 km/h, allowing efficient relocation between work locations.
In transport configuration, the crane has a travel weight of approximately 60,000 kg, while the overall dimensions are approximately 16,235 mm in length, 3,000 mm in width, and 4,000 mm in height. These dimensions allow the crane to maintain a practical balance between lifting capability and road transport requirements.
The crane incorporates an advanced electro-hydraulic control system, designed to deliver smooth and precise operation during complex lifting tasks. This system allows multiple crane movements to be performed simultaneously with high precision, improving productivity and operator confidence during heavy lifts.
For stability during lifting operations, the crane is equipped with full-width outriggers, providing a wide support base that enhances lifting performance and operational safety. Combined with intelligent load monitoring systems, the crane can maintain optimal stability across a wide range of lifting configurations.
Overall, the XCMG XCA250G7-1E represents a modern heavy-duty all-terrain crane that integrates 250-tonne lifting capacity, a 76-metre telescopic boom, advanced control systems, and a five-axle mobile carrier. Its combination of lifting power, transport efficiency, and operational flexibility makes it well suited for wind farm construction, large infrastructure projects, heavy industrial lifting, and petrochemical plant installation work.



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