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The XGC55 is a high-performance, 55-ton class crawler crane widely utilized in fields such as foundation construction, bridge building, steel structure installation, municipal engineering, and energy projects. The machine features a high-strength structural design and an advanced hydraulic control system, delivering powerful lifting capacity, stable and reliable hoisting performance, and exceptional adaptability to complex working conditions. With a main boom working range of 13 to 52 meters, flexible and efficient operational capabilities, and a design optimized for low ground pressure, the XGC55 is capable of meeting the diverse requirements of various small-to-medium scale hoisting projects. Furthermore, the equipment prioritizes operator comfort, ease of maintenance, and transport efficiency, making it a highly efficient and reliable crawler crane solution for modern engineering construction.
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1. High-Efficiency 55-Ton Lifting Capacity
The maximum rated lifting capacity reaches 55 tons, meeting the demands of bridge, municipal, and steel structure construction projects.
The maximum lifting moment reaches 203.5 t·m, ensuring stable and reliable performance during heavy-load hoisting operations.
Suitable for a wide range of small-to-medium scale hoisting scenarios.
2. Wide-Range Main Boom Operating Capability
The main boom length ranges from 13 to 52 meters, covering a broader operating radius.
The main boom luffing angle spans from -3° to 80°, offering superior adaptability to various working conditions.
An optional fixed jib (7–16 m) is available to meet diverse construction requirements.
3. Excellent Crawler Chassis Mobility
The average ground pressure is a mere 0.06 MPa, making it ideal for construction on soft ground and complex terrain.
The crawler-type travel system offers exceptional stability, adapting effectively to harsh conditions such as muddy ground and mountainous areas.
The maximum gradeability reaches 30%.
4. High-Efficiency Hydraulic Control System
The maximum single-line hoisting speed reaches 125 m/min, ensuring higher hoisting efficiency.
The maximum main boom luffing speed reaches 87 m/min, delivering smooth and precise movements.
Enhances overall construction efficiency and operational flexibility.
5. Powerful and Reliable Power System
Equipped with an SC7H210 engine, delivering a rated power output of 155 kW.
Provides stable power output, meeting the demands of prolonged, continuous operations.
Ensures reliable equipment performance, making it suitable for high-intensity engineering projects.
6. Highly Stable Structural Design
Features a high-strength structural design for both the main boom and chassis, enhancing the overall stability of the machine.
Maintains reliable operational performance even under heavy-load hoisting conditions.
Enhances the long-term durability and service life of the equipment.
7. Convenient Transport and Relocation
The maximum transport dimensions are a compact 12.04 × 3.45 × 3.36 meters.
The maximum weight of a single transport unit is approximately 28.6 tons, facilitating easy disassembly and transport.
Improves equipment relocation efficiency and reduces transportation costs.
8. Convenient Maintenance and Servicing
A modular design enhances inspection and repair efficiency.
Key maintenance points are strategically positioned to ensure convenient daily servicing.
Minimizes downtime and maximizes equipment availability.
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Powerful Lifting Capacity (55 tons): Maximum rated lifting capacity reaches 55 tons, and maximum lifting torque reaches 203.5 t·m, meeting the needs of various small and medium-sized lifting projects.
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Extra-long Main Boom Operating Range (13–52 m): Main boom length covers 13–52 m, and the boom luffing angle ranges from -3° to 80°, adapting to complex construction conditions.
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High-Efficiency Hydraulic Operating System: Maximum single-rope lifting speed reaches 125 m/min, and the main boom luffing speed reaches 87 m/min, improving lifting efficiency.
04
Strong Ability to Traverse Complex Terrain: Average ground pressure is only 0.06 MPa, and the maximum climbing ability reaches 30%, adapting to construction environments in muddy and soft foundation conditions.
| Item | Unit | XGC55 |
|---|---|---|
| Performance Parameters | ||
| Max. Rated Lifting Capacity of Main Boom | t | 55 |
| Max. Rated Lifting Capacity of Fixed Jib | t | 11.4 |
| Max. Rated Lifting Capacity of Luffing Jib | t | - |
| Max. Load Moment | t·m | 203.5 |
| Max. Lifting Capacity of Tower Jib | t | - |
| Max. Rated Lifting Capacity of Boom Tip Single Sheave | t | 6 |
| Max. Rated Lifting Capacity of Special Jib | t | - |
| Dimensions | ||
| Main Boom Length | m | 13–52 |
| Main Boom Luffing Angle | ° | -3–80 |
| Fixed Jib Length | m | 7–16 |
| Tower Jib Length | m | - |
| Max. Transport Dimension (L × W × H) | m | 12.04 × 3.45 × 3.36 |
| Fixed Jib Installation Angle | ° | 10°, 30° |
| Special Jib Length | m | - |
| Speed Parameters | ||
| Max. Single Rope Speed of Hoisting Mechanism | m/min | 125 |
| Max. Single Rope Speed of Boom Luffing Mechanism | m/min | 87 |
| Max. Single Rope Speed of Jib Luffing Mechanism | m/min | - |
| Max. Slewing Speed | r/min | 2.4 |
| Max. Travel Speed | km/h | 1.3 |
| Gradeability | % | 30 |
| Average Ground Pressure | MPa | 0.06 |
| Max. Single Rope Speed of Tower Boom Luffing Mechanism | m/min | - |
| Max. Single Rope Speed of Superlift Luffing Mechanism | m/min | - |
| Engine | ||
| Engine Model | - | SC7H210 |
| Engine Power | kW | 155 |
| Emission Standard | - | China Stage III |
| Weight Parameters | ||
| Operating Weight | t | 46.1 (Main Hook, 13 m Boom) |
| Max. Weight of Single Transport Component | t | 28.6 |
With its powerful 55-ton lifting capacity, 13-52 meter wide boom operating range, and excellent crawler chassis mobility, the XGC55 crawler crane can meet a variety of complex lifting needs in bridge construction, steel structure installation, municipal engineering, and foundation construction. The machine combines high stability, high operating efficiency, flexible construction, and convenient transportation, maintaining stable and reliable lifting performance even under complex working conditions. Whether in urban engineering or field construction, the XGC55 provides users with a more efficient, safe, and economical crawler lifting solution.
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