The main framework of the XCMG Truck Crane 3rd Section provides superior strength and stability for extended reach operations in demanding lifting applications.
Precision-engineered sliding components ensure smooth telescopic movement between boom sections, reducing friction and extending service life.
High-strength pin shafts provide secure connections between critical components, manufactured to exact tolerances for reliable performance.
Protective mats and spacers distribute pressure evenly and prevent metal-to-metal contact, enhancing component longevity.
Specialized lubrication points designed for easy maintenance access, ensuring proper greasing of all moving components.
Pulley components designed for smooth cable movement and optimal load distribution during lifting operations.
Protective sleeves that reduce wear on moving parts and maintain proper alignment between connected components.
Smaller precision pins used for secondary connections and retention applications within the boom assembly.
Secure retaining plates that prevent axial movement of shafts and pins, ensuring component stability.
Smaller bolts with zinc plating for corrosion resistance, used in secondary fastening applications.
Properly sized washers for M6 fasteners, distributing load and preventing surface damage.
Medium-duty screws with protective coating, providing reliable fastening in various assembly points.
Standard washers for M8 fasteners, ensuring even load distribution and preventing loosening.
Smaller nuts designed for M8 threaded fasteners, providing secure connections in various applications.
Wear-resistant skid plates that protect critical areas of the boom from abrasion and impact damage.
Structural plates that reinforce critical areas and provide mounting surfaces for additional components.
General purpose bolts used in various structural connections throughout the boom assembly.
Heavy-duty nuts with protective coating for M16 fasteners, ensuring secure structural connections.
Support blocks that provide additional structural reinforcement at critical stress points.
Specifically dimensioned pin shafts for critical connection points, designed for heavy load applications.
Smaller shear pins used for secondary retention and alignment applications within the assembly.
Protective plates that shield internal components from environmental contaminants and debris.
Medium-duty structural bolts with specific length requirements for various assembly applications.
Larger washers designed for M12 fasteners, providing increased load distribution in high-stress areas.
Specialized gaskets that provide sealing and spacing functions in specific boom assembly applications.
XCMG Truck Crane 3rd Section
| No. | Code No. | Parts name |
|---|---|---|
| 1 | QY95K.02Ⅱ.3.1 | 3rd section structure |
| 2 | QY95K.02Ⅱ.3-10 | Slider |
| 3 | QY25K.02Ⅱ.2-8 | Pin shaft |
| 4 | QY50K.02Ⅱ.3-4 | Mat |
| 5 | QY50K.02Ⅱ.3-5 | Mat |
| 6 | 10810005 | Oil cap M10×1 |
| 7 | QY50K.02Ⅱ.3.2 | Policy |
| 8 | QY50K.02Ⅱ.2-6 | Sleeve |
| 9 | QY50K.02Ⅱ.3-6 | Pin |
| 10 | QY25K.02Ⅱ.2-12 | Retaining Plate |
| 11 | 10410001 | Bolt M6×12 |
| 12 | 1040022 | Washer 6 |
| 13 | 10420079 | Screw M8×25 |
| 14 | 1040001 | Washer 8 |
| 15 | 10430001 | Nut M8 |
| 16 | 10410131 | Washer 8 |
| 17 | QY35K.02Ⅱ.2-2 | Skids |
| 18 | QY35K.02Ⅱ.2-3 | Plate |
| 19 | QY25K.02Ⅱ.1-6 | Bolt |
| 20 | 10430078 | Nut M16 |
| 21 | QY25K.02Ⅱ.1-7 | Support |
| 22 | 10470107 | Pin shaft 16×80 |
| 23 | 10470007 | Pin 4×30 |
| 24 | QY65K.02Ⅱ.1-11 | Slider |
| 25 | QY25K.02Ⅱ.2-25 | Cover plate |
| 26 | 10420018 | Bolt M12×30 |
| 27 | 1040010 | Washer 12 |
| 28 | QY65K.02Ⅱ.3-2 | Gasket |
Manufactured with high-grade materials and precision engineering, ensuring exceptional durability and performance in the most demanding lifting conditions.
Each component is meticulously designed and manufactured to exact specifications, guaranteeing perfect fitment and optimal functionality.
Rigorous quality control and testing procedures ensure reliable operation and contribute to overall equipment safety during heavy lifting operations.
Engineered for smooth telescopic operation, reduced vibration, and maximum load capacity, resulting in enhanced efficiency and extended service life.
The XCMG Truck Crane 3rd Section represents the pinnacle of crane boom technology, designed specifically for heavy-duty lifting applications requiring extended reach and maximum load capacity. This critical component ensures reliable performance through precision manufacturing and superior materials.
Engineered with multiple slider components, reinforced structural elements, and precision pin connections, the 3rd section provides smooth telescopic movement while maintaining structural integrity under maximum load conditions. Each component undergoes stringent quality checks to guarantee dimensional accuracy and material integrity.
Compatible with various XCMG crane models, this section features corrosion-resistant fasteners, optimized weight distribution, and enhanced wear protection for extended service life in challenging working environments.
Essential for XCMG heavy-duty mobile cranes, providing extended reach and maximum lifting capacity for construction and industrial applications.
Ideal for large-scale construction projects, infrastructure development, and heavy equipment installation requiring extended boom reach.
Suitable for industrial maintenance, equipment installation, and factory servicing tasks requiring reliable extended-reach lifting capabilities.
Regular inspection of the XCMG Truck Crane 3rd Section is essential for optimal performance and safety. Check slider components for wear, ensure proper lubrication of all moving parts through the oil caps, and verify fastener tightness according to recommended maintenance schedules.
Always use genuine XCMG replacement parts to maintain compatibility and performance standards. Follow manufacturer guidelines for installation, periodic maintenance, and inspection intervals to ensure long-term reliability and safety.
Keep the boom section clean from debris and contaminants that could affect operation. Schedule routine maintenance based on operational hours, load conditions, and environmental factors to prevent premature wear and ensure continued safe operation.
