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XLC15000M
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XLC15000M is a high‑performance thousand‑ton‑class crawler crane built for new‑energy wind‑power construction and ultra‑heavy industrial hoisting missions. With maximum rated lifting capacity of 1100 tons and peak lifting moment up to 14560 t·m, this machine covers mainstream large‑megawatt wind‑turbine installation requirements, supporting integral hoisting for 10MW and below wind turbines within 160 m hub height, and split‑component hoisting up to 170 m hub height.
Multiple boom combinations are available: heavy‑duty main boom, light‑weight main boom, fixed jib and luffing tower jib, together with super‑lift configuration to satisfy high‑altitude, long‑radius hoisting in wind farms, petrochemical complex, bridge and large‑scale municipal projects.
The core highlight is XCMG patented counterweight‑separation structure. Large and small counterweight pallets work independently, eliminating frequent counterweight disassembly & reassembly and boosting super‑lift‑condition working efficiency by more than 30%. The super‑lift pushing device adopts foldable transport design, greatly reducing single‑module transport dimension and overseas break‑bulk shipping cost.
Powered by high‑output 562 kW diesel engine, the crane provides stable heavy‑load power output and meets mainstream off‑road emission standards. Rich intelligent‑safety functions include virtual‑wall protection, 360° surround‑view monitoring, personnel‑recognition early warning and one‑click intelligent operation, delivering precise micro‑motion control for high‑value hoisting tasks. Modular split‑transport layout simplifies on‑site assembly‑disassembly for international mega‑projects.
Max 1100‑ton rated lifting capacity, 14560 t·m max lifting moment. Fully covers integral hoisting of 10MW & below wind turbines under 160 m hub height, and split hoisting up to 170 m hub height. Diverse boom‑jib combinations adapt to complex wind‑farm site constraints, also competent for petrochemical module and heavy steel‑structure hoisting.
Counterweight‑separation technology avoids repeated counterweight disassembly, lifting super‑lift‑mode working efficiency above 30%. Foldable super‑lift pushing structure optimizes transport dimensions, cuts logistics expenditure and shortens cross‑site transfer cycle for rental owners.
562 kW high‑power diesel engine delivers abundant power reserve for long‑hour heavy‑duty continuous operation. Mature multi‑circuit hydraulic system realizes smooth compound movements of hoisting, luffing and slewing, with excellent micro‑motion accuracy for high‑precision component positioning.
Integrated virtual‑wall safety limit, 360° surround‑view camera, personnel‑recognition early‑warning system and full‑set load‑moment monitoring. Real‑time fault diagnosis and interlock protection prevent mis‑operation, satisfying strict safety requirements of wind‑power and petrochemical high‑risk construction sites.
Whole machine adopts modular split‑design. Super‑lift device can be folded for transportation. Each module is optimized for sea break‑bulk shipment. Reasonable component layout simplifies field assembly‑disassembly, lowering overall project deployment cost for overseas EPC contractors.
Item | Specification |
|---|---|
Model | XLC15000M |
Max Rated Lifting Capacity | 1100 Ton |
Max Lifting Moment | 14560 t·m |
Main Boom Range | 24‑108 m |
Fixed Jib Range | 12‑36 m |
Luffing Tower Jib Max Length | 96 m |
Typical Super‑lift Boom Combination | 141+8 m |
Engine Rated Power | 562 kW /1900 rpm |
Max Single‑Rope Hoisting Speed | 130 m/min |
Max Super‑lift Luffing Speed | 130 m/min |
Slewing Speed | 0‑0.9 rpm |
Travel Speed | 0‑0.8 km/h |
Gradeability | 30 % |
Full‑Configuration Operating Weight | 850‑950 Ton (varies with counterweight) |
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 required before operation.
‑ Large‑MW On‑shore Wind‑Power Project: Integral & split hoisting for 10‑MW‑class wind turbines, nacelle, tower section and blade installation
‑ Petrochemical & Coal‑Chemical Engineering: Heavy reactor, fractionating tower and large‑size 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 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 engine condition. Verify load‑moment limiter, virtual‑wall protection, surround‑view monitoring and emergency‑stop functions before startup.
Carry out assembly strictly following official assembly manual. Complete counterweight and foldable super‑lift device installation. Confirm boom‑jib and counterweight 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 diesel engine 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 XLC15000M crawler crane. Mandatory ground‑foundation treatment is required before any heavy‑load hoisting work.
Q1: What is the core lifting capacity of XLC15000M?
A: Max rated lifting capacity 1100 tons, max lifting moment 14560 t·m. It supports integral hoisting for 10MW and below wind turbines under 160 m hub height, and split hoisting up to 170 m hub height.
Q2: What is the advantage of its patented counterweight‑separation technology?
A: It eliminates repeated counterweight disassembly‑reassembly, improving super‑lift‑mode site working efficiency by over 30%. The foldable super‑lift device further optimizes transport conditions for overseas projects.
Q3: What boom and jib options are available?
A: Main boom 24‑108 m, fixed jib 12‑36 m, luffing tower jib up to 96 m, with flexible super‑lift configuration for diversified high‑altitude long‑radius hoisting.
Q4: How about export transportation solution?
A: Adopts modular split nude break‑bulk packing, super‑lift device can be folded for transport. We can provide full‑set export customs‑declaration documents.
Q5: What kinds of projects is XLC15000M mainly applied to?
A: Primarily for large‑megawatt on‑shore wind‑power installation, also suitable for petrochemical modules, heavy steel‑structure, bridge and thermal‑power‑plant heavy‑equipment hoisting.
Final price of XLC15000M 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.
