Product Description
XCA3000 ultra‑large all‑terrain crane solves core pain‑points of large‑scale wind‑power construction including high‑altitude performance attenuation and insufficient under‑hook space for oversized fan components. Its 5‑section 68.6m main boom cooperates with 50‑110m adjustable wind‑power jib; maximum working radius reaches 122m and under‑hook clearance up to 5m to avoid collision during blade assembly and disassembly. Advanced flexible boom control optimizes stress distribution under high‑altitude heavy‑load conditions, improving wind turbine installation efficiency by 20‑30% compared with conventional large cranes, and a 135‑ton nacelle can be installed within 30‑minute operation window. The 10‑axle multi‑steering all‑terrain chassis delivers 20% gradeability, supports heavy‑load transit at 317 tons with complete main boom and outriggers mounted, drastically reducing disassembly‑assembly workload between mountain wind‑farm sites. Superlift system with multi‑spread‑angle adjustment and large‑capacity combined counterweight provides powerful anti‑overturning moment for extreme high‑altitude working conditions. Intelligent control system integrates real‑time load‑moment monitoring, overload interlock, boom active deformation control and fault self‑diagnosis. Full‑function wireless remote control operates superlift, counterweight shifting and outrigger actions to lower on‑site manual labor intensity. Adopts planetary gear reducers, normally‑closed brakes and anti‑rope‑twist winch drum for reliable hoisting safety. Spacious panoramic operator cabin offers human‑friendly operating environment for long‑time ultra‑heavy‑duty jobs.
Product Advantages
World‑class Ultra‑heavy Lifting Performance:
Rated 3000‑ton lifting capacity; realizes 190‑ton hoisting capacity at 160m height, fully covers installation requirements for 6‑10MW on‑shore wind turbines.
Optimized for Wind‑power Application:
5m large under‑hook clearance avoids boom‑fan collision; 122m maximum working radius simplifies blade assembling and unloading operations.
High‑efficiency Flexible Boom Technology:
Effectively reduces lifting‑performance attenuation at high altitude; shortens single‑unit wind turbine installation time by 20‑30% and improves overall project progress.
Outstanding Heavy‑load Transfer Ability:
10‑axle chassis supports 317‑ton travelling weight with full main boom and outriggers assembled; minimizes disassembly‑assembly steps for mountain wind‑farm relocation.
Strong Off‑road & Climbing Capacity:
20% maximum gradeability, multi‑mode steering chassis adapts complex mountainous, muddy and slope wind‑farm construction roads.
Complete Intelligent Safety Protection:
Active boom‑shape control, load‑moment monitoring, overload interlock, fault self‑diagnosis; wireless remote‑control for superlift and outriggers improves onsite safety & convenience.
Heavy‑duty Reliable Hoisting Components:
Equipped with planetary reducer, normally‑closed brake and anti‑twist winch drum to enhance service life and operational stability under ultra‑heavy‑load cycles.
Technical Parameters Table
Item | Specification |
Model | XCA3000 |
Type | All‑Terrain Crane |
Rated Lifting Capacity | 3000 Ton |
Main Boom | 5‑section telescopic boom, 68.6 m |
Optional Wind‑power Jib | 50‑110 m dedicated wind‑power jib |
Key Wind‑power Working Condition | 190 t @160 m lifting height |
Max Working Radius | 122 m |
Under‑hook Clearance | Up to 5 m |
Chassis | 10‑axle multi‑mode steering all‑terrain chassis |
Max Gradeability | 20 % |
Max Travel Weight (Heavy‑load Transfer) | 317 t (with full main boom & outriggers) |
Core Feature | Flexible boom technology, large under‑hook clearance, heavy‑load integrated transfer, wind‑power‑optimized superlift system |
Control System | Intelligent boom active‑shape control, load‑moment monitoring, full‑function wireless remote control |
Product Applications
‑ On‑shore wind‑farm installation & maintenance for 6‑10MW large wind turbines
‑ Petrochemical plant large‑size heavy‑equipment installation and overhaul
‑ Large‑scale steel‑structure hoisting for energy and industrial projects
‑ Long‑span heavy component lifting for power station construction
‑ Super large‑scale infrastructure heavy‑duty hoisting
‑ Heavy‑duty equipment relocation for energy engineering projects
‑ Large‑scale complex emergency rescue hoisting assignments
FAQ
Q1: What is the model and rated lifting capacity of this crane?
A: XCA3000, XCMG flagship 10‑axle 3000‑ton ultra‑large all‑terrain crane, famous as “World No.1 Lifter”, it can lift 190 tons at 160‑meter height for large wind turbine jobs.
Q2: What are the core highlights for XCA3000?
A: It is specially optimized for 10‑MW wind turbine installation. It features flexible anti‑attenuation boom technology, 5‑meter large under‑hook clearance, 10‑axle chassis with 317‑ton heavy‑load transfer capacity, multi‑angle superlift assembly, greatly improving wind‑farm construction efficiency especially in mountain sites.
Q3: Can you supply brand‑new or used machines?
A: We mainly supply brand‑new XCA3000 all‑terrain crane. Used units are available subject to stock; please send inquiry for stock status and quotation.
Q4: What trade terms and lead time do you support?
A: FOB, CIF, CFR terms are acceptable. Lead time depends on stock and production schedule, please submit your inquiry for latest delivery arrangement.
Q5: What after‑sales services can be provided?
A: Complete operation‑maintenance manuals, remote technical consultation, spare‑parts supply and video‑based technical guidance. Overseas on‑site service is negotiable.
A: Yes. Dedicated wind‑power jib, various counterweight combinations, multi‑spec hook blocks and other attachments can be selected according to your actual hoisting‑project requirements.
Q7: What advantages does all‑terrain crane compare with truck crane?
A: XCA3000 ultra‑large all‑terrain crane adopts heavy‑duty 10‑axle multi‑wheel‑steering chassis with powerful off‑road and climbing performance. It can realize ultra‑heavy high‑altitude hoisting and heavy‑load integrated transfer without large‑scale disassembly, ideal for mountain wind‑farm and super‑large energy‑related heavy‑lifting projects.
