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The XGC200 is a high-performance, 200-ton class crawler crane designed for large-scale lifting projects. It is widely used in sectors such as wind power construction, bridge building, petrochemical engineering, steel structure installation, and major infrastructure development. Featuring a modular design, a high-strength boom structure, and an advanced hydraulic control system, the crane delivers exceptional lifting performance, superior operational stability, and reliable adaptability to complex working conditions. With its powerful lifting capacity, convenient transport and assembly solutions, and efficient, precise control, the XGC200 meets the demands for safe, efficient, and reliable lifting operations across various large-scale projects, making it an ideal choice for modern heavy-duty construction.
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1. Powerful 200-Ton Lifting Capacity
Maximum rated lifting capacity of 200 tons, meeting lifting requirements for wind power, bridge construction, petrochemical projects, and large-scale steel structures.
Excellent lifting performance, suitable for heavy-load and high-altitude lifting operations.
Wide range of operating conditions and strong adaptability to various construction scenarios.
2. High-Strength Modular Boom System
Features a high-strength steel boom design that combines high strength with low weight.
Flexible combinations of main and auxiliary booms meet diverse construction needs.
Modular design facilitates easy transport, assembly, and disassembly.
3. Superior Wind Power Construction Capabilities
Optimized design specifically for wind turbine installation.
Meets lifting requirements for turbine towers, nacelles, and blades.
Enhances construction efficiency for large-scale new energy projects.
4. Advanced Hydraulic Control System
Utilizes mature and reliable hydraulic control technology.
Ensures smooth and precise hoisting, luffing, and slewing operations.
Improves lifting accuracy and operational efficiency.
5. Stable and Reliable Crawler Undercarriage
Wide-track undercarriage design ensures superior overall machine stability.
Large ground contact area adapts to soft ground and complex construction environments.
Ensures safe operation under heavy-load conditions.
6. Intelligent Safety Control System
Equipped with a load moment limiter, fault diagnosis, and safety monitoring systems.
Real-time monitoring of equipment operating status.
Enhances construction safety and equipment reliability.
7. Efficient Transport and Installation
Modular transport design reduces logistics costs.
High on-site assembly efficiency minimizes equipment preparation time.
Accelerates project construction progress.
8. Comfortable and Convenient Operating Experience
Spacious cab design offers a wide field of view.
Ergonomic control layout reduces operator fatigue.
Centralized maintenance points make servicing more convenient.
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Powerful 200-Ton Class Lifting Capacity Maximum rated lifting capacity: 200 t Meets the demands of wind power installation, bridge construction, petrochemical projects, and large-scale steel structure hoisting.
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Ultra-Long Boom Covering a Wide Range of Operating Conditions Maximum main boom length: 85 m Maximum fixed jib length: 31 m Greater maximum operating height, suitable for large-scale hoisting projects.
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Superior Heavy-Load Performance Maximum lifting moment: 1043 t·m High-strength boom structure combined with an optimized counterweight design ensures stability and reliability under heavy loads.
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Powerful Performance and Adaptability to Complex Terrain Engine power: 242 kW Maximum gradeability: 30% Suitable for complex construction environments such as wind farms, mountainous areas, and large-scale infrastructure projects.
| Parameter Item | Unit | Parameter Value |
|---|---|---|
| Max. Rated Lifting Capacity for Boom | t | 200 |
| Max. Rated Lifting Capacity for Fixed Jib | t | 33.5 |
| Max. Rated Lifting Capacity for Luffing Jib | t | 50 |
| Max. Load Moment | t·m | 1043.8 |
| Max. Rated Lifting Capacity for Tower Jib | t | 50 |
| Boom Length | m | 19–82 |
| Boom Luffing Angle | ° | 30–83 |
| Fixed Jib Length | m | 13–31 |
| Tower Jib Length | m | 20–59 |
| Max. Dimension of Single Unit in Transport State (L × W × H) | m | 9.58 × 3.0 × 3.3 |
| Fixed Jib Offset Angle | ° | 15, 30 |
| Max. Single Line Speed for Hoist Mechanism | m/min | 120 |
| Max. Single Line Speed for Boom Luffing Mechanism | m/min | 2 × 34 |
| Max. Single Line Speed for Jib Luffing Mechanism | m/min | 41.6 |
| Max. Slewing Speed | r/min | 1.5 |
| Max. Travel Speed | km/h | 1.3 |
| Grade Ability | % | 30 |
| Mean Ground Pressure | MPa | 0.112 |
| Max. Single Line Speed for Tower Jib Luffing Mechanism | m/min | 41.6 |
| Engine Model | - | SC9D |
| Engine Power | kW | 243 |
| Emission Standard | - | China Stage III |
| Overall Crane Mass | t | 176 (Main Hook, All Counterweights, 19 m Boom) |
| Max. Mass of Single Unit in Transport State | t | 30 |
The XGC200 crawler crane boasts a lifting capacity of 200 tons, a powerful lifting moment of up to 1043.8 ton-meters, and an extra-long 82-meter main boom, easily handling challenging operations such as wind power installation, bridge construction, petrochemical engineering, and large steel structure hoisting. Featuring a high-strength modular boom design, an advanced hydraulic control system, and a stable and reliable crawler chassis, it provides superior lifting performance while ensuring efficient transportation, rapid assembly, and safe operation. Whether for large-scale infrastructure projects or new energy projects, the XGC200 offers users a more efficient, safer, and more economical professional lifting solution.
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We look forward toworking with you.
Feel free to reach out for any queries. We would be happy to help!
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