The XCMG Truck Crane Appendix Balance represents precision engineering for enhanced stability and safety in heavy-duty crane operations. This supplementary counterweight system provides additional balancing capability when required for complex lifting tasks. The XCMG Truck Crane Appendix Balance incorporates high-quality components working in perfect coordination to deliver exceptional stability and operational flexibility. Each part is meticulously designed and manufactured to meet rigorous industry standards, providing dependable performance in the most challenging working conditions. This advanced appendix balance system significantly enhances the safety and operational capabilities of XCMG truck cranes, making it an essential component for demanding lifting operations requiring extended reach or heavier loads.
The balance component serves as the core counterweight element in the XCMG Truck Crane Appendix Balance system, providing the essential mass required for supplementary stability during crane operations. This precision-engineered weight element features exact mass distribution and geometric specifications to ensure optimal counterbalancing performance. Manufactured from high-density materials with consistent weight characteristics, it delivers reliable additional counterweight force when operational conditions demand extra stability. The balance body features robust construction that withstands environmental exposure and operational stresses while maintaining structural integrity. Proper installation and secure mounting ensure long-term reliability and consistent performance. This critical component plays a vital role in enhancing crane stability during complex lifting scenarios, contributing significantly to overall operational safety and lifting capacity.
The Bolt M36×360 provides heavy-duty fastening solutions for critical structural connections within the XCMG Truck Crane Appendix Balance system. These extra-large diameter, extended-length bolts offer superior clamping force for securing the appendix balance to the main crane structure. Manufactured from high-tensile strength steel with zinc plating for enhanced corrosion resistance, they ensure reliable performance in demanding environmental conditions. The precise threading and dimensional accuracy guarantee perfect fitment and secure fastening under extreme dynamic loads encountered during crane operations. These substantial bolts undergo comprehensive quality control testing to meet international safety standards for heavy lifting equipment. Proper torque application during installation is essential for maintaining structural integrity and operational safety in appendix balance mounting applications.
The Nut M36 serves as a critical fastening component in the XCMG Truck Crane Appendix Balance system, providing secure threading for M36 bolt connections in counterweight applications. These heavy-duty nuts are manufactured from high-strength steel with precision threading that ensures reliable fastening under substantial loads. The zinc plating provides excellent corrosion resistance, extending service life in challenging outdoor environments where cranes typically operate. The hexagonal design allows for proper torque application using specialized tools, facilitating secure installation and maintenance procedures. These nuts undergo heat treatment for enhanced durability and wear resistance under extreme conditions. Regular inspection ensures continued reliability and prevents potential loosening under vibration and dynamic loading conditions in crane operations, maintaining critical appendix balance security.
Washer 36 components provide essential load distribution for M36 fasteners in the XCMG Truck Crane Appendix Balance system. These heavy-duty washers are designed to ensure even pressure distribution on components secured with extra-large diameter bolts. Manufactured from high-strength steel with precise dimensional tolerances, they prevent surface damage and maintain proper bolt tension under extreme loads encountered during crane operations. Their substantial surface area effectively distributes clamping force across fastened surfaces, enhancing connection reliability in critical counterweight applications. These washers play a crucial role in maintaining the structural integrity of vital connection points within the appendix balance assembly. Regular inspection ensures they continue to provide optimal performance throughout the system’s operational life in demanding lifting conditions.
XCMG Truck Crane Appendix Balance
| No. | Code No. | Parts name |
|---|---|---|
| 1 | QY50K, 20Ⅱ.2-1 | Balance |
| 2 | 10410726 | Bolt M36×360 |
| 3 | 10430075 | Nut M36 |
| 4 | 10440040 | Washer 36 |
| 5 | 10440070 | Washer 36 |
The XCMG Truck Crane Appendix Balance delivers superior safety and enhanced stability through precision engineering and robust construction. The carefully calculated weight distribution of the balance component ensures optimal supplementary counterbalancing during demanding lifting operations. Heavy-duty M36 fasteners with corrosion-resistant coatings maintain structural integrity under extreme loads and environmental conditions. Each component undergoes rigorous testing to verify performance specifications and safety standards. The system’s design prevents crane instability and enhances operational safety margins, significantly reducing safety risks during complex lifting tasks. This comprehensive approach to safety engineering extends equipment service life while providing operators with confidence during demanding lifting operations in various working environments and conditions.
Precision engineering defines the XCMG Truck Crane Appendix Balance system, with components manufactured to exact tolerances for optimal performance. The balance body provides supplementary counterweight capability with consistent mass distribution and precise geometric specifications. Heavy-duty M36×360 bolts with precise threading ensure secure fastening under dynamic loading conditions encountered during crane operations. High-strength washers distribute clamping force evenly across connection surfaces, preventing localized stress concentrations. The system’s compatible design allows for seamless integration with existing crane counterweight systems. This attention to engineering excellence results in an appendix balance that delivers consistent performance and reliability in the most demanding crane operations and lifting applications.
Exceptional performance and operational flexibility characterize the XCMG Truck Crane Appendix Balance system, delivering enhanced lifting capabilities and stability when needed most. The supplementary balance component provides additional counterweight capacity for various operational scenarios requiring extra stability. The system allows crane operators to adapt to different load conditions and extended reach requirements while maintaining optimal stability margins. Heavy-duty fastening components ensure secure mounting under varying operational stresses and environmental factors. The appendix balance design maintains crane stability during challenging lifting operations where standard counterweights may be insufficient. This focus on performance optimization results in a supplementary counterweight system that maximizes lifting capacity while ensuring operational safety.
Comprehensive support and proven reliability make XCMG the preferred choice for truck appendix balance systems worldwide. Backed by XCMG’s global reputation for quality and innovation, this appendix balance system comes with detailed documentation and technical support. The use of premium components and rigorous manufacturing processes ensures consistent quality and performance. Easy access to replacement parts and comprehensive service networks minimize operational downtime. The system’s robust design facilitates straightforward maintenance and inspection procedures. XCMG’s commitment to customer satisfaction means ongoing support throughout the product lifecycle. This comprehensive approach provides peace of mind and ensures long-term operational success in demanding lifting applications and various working environments where additional stability is required.
