XCMG XGC15000A Load Chart PDF + Specifications

The XCMG XGC15000A was introduced as the next-generation evolution of the successful XGC15000 crawler crane platform. Developed in response to the rapid growth of the renewable energy sector and the increasing size of industrial construction projects, the new model was engineered to deliver greater lifting efficiency, improved structural performance, and enhanced adaptability for modern heavy lifting applications. While retaining the proven foundation of the original XGC15000, the XGC15000A incorporates a series of technological upgrades that significantly expand its operational capabilities and competitiveness in the global heavy lifting market.

At the heart of the crane is a maximum lifting capacity of 1,000 tonnes, enabling it to handle some of the heaviest loads encountered in petrochemical construction, refinery expansion projects, power station developments, and heavy infrastructure works. The crane utilizes a modular lattice boom system manufactured from high-strength steel, providing an excellent balance between structural rigidity and overall weight. This design allows the machine to maintain outstanding lifting performance while ensuring efficient transportation and assembly on site.

The standard heavy boom configuration offers boom lengths ranging from approximately 42 metres to 108 metres, while the standard light boom arrangement extends to around 114 metres. For applications requiring increased hook height and working radius, the crane can be equipped with a tower jib configuration designed for high-elevation lifting operations. These configurations allow the XGC15000A to adapt to a wide variety of project requirements, from heavy module installation to complex industrial erection work.

One of the most significant improvements over the previous XGC15000 is the enhanced Superlift system. The Superlift heavy boom configuration extends up to approximately 156 metres, while specialized wind power Superlift arrangements can reach boom lengths of approximately 168 metres. A major feature of these wind power configurations is the adoption of a wider 3.75-metre boom structure, which provides greater lateral rigidity and stability during high-altitude lifting operations. This wider boom design is particularly beneficial for wind turbine erection, where large nacelles, blades, and tower sections must be lifted with exceptional precision at considerable heights.

The XGC15000A was developed specifically to support the construction of increasingly larger wind turbines. As turbine manufacturers continue to increase hub heights and component weights, cranes require greater hook heights and stronger boom systems. The enhanced wind power configurations of the XGC15000A allow contractors to install modern wind turbines more efficiently while maintaining excellent safety margins and lifting performance. These capabilities have made the crane a popular choice for large onshore wind farm developments both within China and internationally.

The hoisting system utilizes high-capacity hydraulic winches designed to provide smooth and reliable lifting performance under heavy loads. The main and auxiliary hoists can operate independently or in synchronized mode when handling large components. Combined with XCMG’s advanced hydraulic control system, the crane delivers excellent micro-motion control, enabling operators to position loads accurately during critical assembly operations. This precision is particularly important during wind turbine installation and heavy industrial construction where alignment tolerances are often extremely small.

The upperstructure is built around a heavy-duty revolving frame mounted on a large-diameter slewing bearing designed to withstand enormous operating loads. Multiple slewing drives provide smooth rotation and precise positioning of loads, while the crawler undercarriage features reinforced track frames and a wide track gauge that ensure excellent stability across various ground conditions. The robust undercarriage design also contributes to the crane’s ability to maintain high lifting capacities throughout its operating range.

Power is supplied by a high-output diesel engine coupled with an advanced hydraulic system utilizing electronically controlled variable displacement pumps and motors. This combination allows efficient power distribution across hoisting, luffing, slewing, and travel functions while reducing fuel consumption and improving overall operating efficiency. The hydraulic system is designed to provide responsive control and dependable performance during continuous heavy-duty operation.

Safety and intelligent control technologies are integrated throughout the crane. The XGC15000A is equipped with a comprehensive load moment limiter, anti-two-block system, boom angle monitoring, wind speed monitoring, hydraulic safety protection devices, travel and slewing alarms, emergency stop functions, and multiple boom protection systems. These features are monitored through an advanced electronic control platform that provides operators with real-time operational data, fault diagnostics, and performance monitoring information, helping to maximize both safety and productivity on site.

Operator comfort was also a key consideration during development. The spacious cab incorporates ergonomic controls, digital monitoring displays, climate control systems, and enhanced visibility features to improve working conditions during extended lifting operations. The optimized cab design enables operators to maintain better situational awareness and greater precision when handling large loads at significant heights.

As the upgraded successor to the XGC15000, the XGC15000A represents a significant advancement in XCMG’s heavy crawler crane development. Combining a 1,000-tonne lifting capacity, advanced Superlift technology, extended wind power boom configurations, improved structural design, and intelligent control systems, the crane is well suited to the demanding requirements of modern heavy construction and renewable energy projects. It stands as one of XCMG’s flagship crawler cranes and demonstrates the company’s continued commitment to developing world-class heavy lifting equipment for the global market.