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XLC18000
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XLC18000 is a high‑performance thousand‑ton‑class lattice‑boom crawler crane built for today’s demanding high‑hub wind‑power construction and ultra‑heavy industrial hoisting assignments. Max rated lifting capacity reaches 1350 tons with peak lifting moment of 18000 t·m. Standard boom setup completes integral hoisting for 10MW wind turbines under 142 m hub height without superlift; under superlift configuration, maximum boom combination reaches 201+12 m, supporting 15MW‑class wind turbine installation at ultra‑high hub height.
Multiple boom combinations are available: heavy‑duty main boom, enhanced lightweight main boom, wind‑power dedicated main boom plus luffing jib and superlift mast options, covering diversified high‑altitude, long‑radius lifting requirements for wind farms, petrochemical plants, coal‑chemical projects and heavy steel‑structure construction.
Core technical highlights include patented separable superlift counterweight pallet, which avoids repeated counterweight disassembly‑reassembly and greatly improves site conversion efficiency between working conditions. One‑key rope threading and one‑key mast raising cut assembly time significantly. Dual‑engine dual‑hydraulic redundant system guarantees stable heavy‑load output, even if one power unit fails, the other still maintains basic operational safety.
Integrated turntable and integrated frame structure reduce on‑site assembly hours. Walk‑on platforms remain attached during transportation without disassembly, lowering reliance on auxiliary cranes on‑site. Rich intelligent functions including hook anti‑sway, ground‑pressure pre‑warning and full‑set multi‑sensor safety interlock deliver precise micro‑motion control for high‑value hoisting tasks. Modular split‑transport layout optimizes module dimensions for overseas break‑bulk sea shipment, well‑suited for international EPC mega‑projects.
Max 1350‑ton rated lifting capacity, 18000 t·m max lifting moment. Standard condition realizes integral hoisting for 10MW wind turbines under 142 m hub height without superlift; superlift mode extends boom up to 201+12 m for 15MW‑class wind‑turbine installation. Diversified lattice‑boom combinations also handle heavy reactor, fractionating tower and large steel‑module hoisting for petro‑chemical projects.
Separable superlift counterweight pallet eliminates frequent counterweight disassembly, greatly accelerating condition switching on jobsites. One‑key rope threading and one‑key mast raising simplify assembly. Walk‑on platforms stay fixed during transport without removal; integrated turntable & frame shorten assembly cycle and reduce auxiliary‑crane dependency. It supports 360° full‑range mast raising without side outriggers for better site adaptability.
Dual‑engine dual‑hydraulic mutual‑backup power system provides abundant power reserve for long‑hour continuous heavy‑load operation, improving whole‑machine reliability for high‑risk construction sites. Multi‑pump confluence and dual‑winch synchronous control achieve smooth compound movements of hoisting, luffing and slewing with excellent micro‑motion positioning accuracy.
Equipped with hook anti‑sway function, ground‑pressure early‑warning, full‑set load‑moment monitoring, multi‑sensor interlock protection and real‑time fault diagnosis system. Hundreds‑of‑safety‑sensor architecture prevents mis‑operation, satisfying strict safety specifications of wind‑farm and petro‑chemical high‑risk construction sites. Human‑optimized large‑view cab with full‑access 360‑degree lower‑platform improves operator comfort and maintenance accessibility.
Whole‑machine modular split‑design. Main luffing system and superlift luffing system adopt integrated assembly‑and‑transport structure, minimizing disassembly work and overseas break‑bulk shipping cost. Reasonable component layout simplifies on‑site assembly‑disassembly for cross‑border EPC contractors and heavy‑lift rental operators.
Item | Specification |
|---|---|
Model | XLC18000 |
Max Rated Lifting Capacity | 1350 Ton |
Max Lifting Moment | 18000 t·m |
Standard Heavy‑Duty Main Boom | 24‑96 m |
Enhanced Light‑Weight Main Boom | 24‑126 m |
Super‑lift Enhanced Light‑Weight Main Boom | Up to 201 m |
Super‑lift Wind‑Power Boom Combination | 201+12 m |
Super‑lift Mast Length | 42 m / 54 m |
Engine Configuration | Dual‑engine redundant power unit |
Max Single‑Rope Hoisting Speed | 130 m/min |
Slewing Speed | 0‑0.8 rpm |
Travel Speed | 0‑0.7 km/h |
Gradeability | 15 % |
Packing Mode | Split nude packing for break‑bulk sea shipment |
Note: All parameters based on standard super‑lift configuration. Actual lifting performance varies with boom‑jib combination, counterweight setting and ground bearing capacity. Professional ground foundation treatment is mandatory before heavy‑load hoisting.
‑ Large‑MW On‑shore Wind‑Power Project: Integral & split hoisting for 10‑15MW wind turbines, nacelle, tower‑section and blade installation for high‑hub wind farms
‑ Petrochemical & Coal‑Chemical Engineering: Heavy reactor, fractionating tower and large‑size process‑module integral lifting
‑ Bridge & Municipal Mega‑Project: Large bridge segment and heavy steel‑structure installation
‑ Thermal‑Power Plant Construction: Boiler module and heavy power‑equipment placement
‑ Global Heavy‑Lift EPC & High‑End Rental: Cross‑project short‑term & long‑term heavy‑lifting leasing service
Evaluate site ground‑bearing capacity strictly; perform foundation reinforcement and steel road‑box paving for soft ground. Inspect lattice boom sections, pin shafts, steel wire ropes, hydraulic pipelines and dual‑engine system. Verify load‑moment limiter, hook anti‑sway, ground‑pressure warning and emergency‑stop functions before startup.
Carry out assembly strictly following official assembly manual. Utilize one‑key mast‑raising and one‑key rope‑threading functions. Confirm boom‑jib, counterweight and super‑lift configuration matches actual working‑condition requirements. Conduct no‑load commissioning for hoisting, luffing, slewing and travelling functions.
Operate fully in accordance with official load chart. Overload and over‑radius hoisting are strictly prohibited. Perform low‑position trial‑lifting before formal heavy‑load hoisting. Maintain stable operation rhythm, avoid sharp jerk and emergency stop during compound movements. Keep real‑time attention to safety alarm signals.
Only allow short‑distance travelling under permitted working‑conditions. Keep lifted load close to ground and reduce travelling speed. Stay away from slope and uneven ground as much as possible.
Regularly inspect boom welding seams, pin‑shaft connections, wire‑rope abrasion and hydraulic oil leakage. Maintain dual diesel engines and replace filters on schedule. Lubricate all moving points. Complete comprehensive inspection after heavy‑duty wind‑farm construction cycles.
Warning: Only certified, highly‑experienced professional operators are allowed to operate XLC18000 crawler crane. Mandatory ground‑foundation treatment is required before any heavy‑load hoisting work.
Q1: What is the core lifting capacity of XLC18000?
A: Max rated lifting capacity 1350 tons, max lifting moment 18000 t·m. Standard condition completes integral hoisting for 10MW turbines below 142 m hub height; super‑lift mode supports 15MW‑class wind‑turbine installation with max boom combination 201+12 m.
Q2: What are the advantages of separable super‑lift counterweight pallet?
A: It eliminates repeated counterweight disassembly‑reassembly, greatly improving working‑condition conversion efficiency on wind‑farm jobsites. Combined with one‑key mast‑raising & rope‑threading, it shortens overall assembly cycle and reduces auxiliary‑crane dependency.
Q3: What is the benefit of dual‑power redundant system?
A: Dual‑engine dual‑hydraulic mutual‑backup design. When one power unit fails, the other still guarantees basic operation safety, improving reliability for high‑risk large‑scale projects.
Q4: How about export transportation?
A: Adopts modular split nude break‑bulk packing. Main‑luffing and super‑lift‑luffing systems use integrated transport structure. We can supply full‑set export customs‑declaration documents.
Q5: What main application scenarios for XLC18000?
A: Mainly for high‑hub large‑MW on‑shore wind‑power installation; also widely used for petrochemical modules, heavy steel‑structure, bridge and thermal‑power‑plant heavy‑equipment hoisting.
Final price of XLC18000 crawler crane is determined by boom‑jib configuration, super‑lift & counterweight combination, optional attachments, delivery terms, order scope and destination‑country import policies. No fixed retail price. Please provide your actual project working‑condition and configuration requirements, we will deliver official detailed quotation and one‑stop export‑service solution.
