DRS Wheel Block System

DRS 630A Wheel Block System
The DRS 630A wheel block system is a high-performance travel mechanism in the DRS series. It is mainly used on heavy equipment.The wheels run flexibly on the track, making it a key component in improving the operating efficiency and safety of industrial equipment.
The DRS 630A wheel block system is a high-performance travel mechanism in the DRS series. It is mainly used on heavy equipment.The wheels run flexibly on the track, making it a key component in improving the operating efficiency and safety of industrial equipment.
Features of DRS Wheel Block System
1.Load capacity: The load range of DRS series wheel boxes is usually 2.75 tons to 40 tons, covering light load to extra heavy load requirements, but different models correspond to different load levels.
2.Modular design: It uses standardized components and supports flexible combinations. It can adapt to different installation methods (top, side, etc.) and drive methods (gear drive, sprocket drive, etc.).
3.Material and structure:
The materials of the travel wheels include ductile iron (GGG70), polyamide, or polyurethane to meet the needs of different working conditions.
The double-rim design enhances load-bearing stability, and some models adopt a fully enclosed structure to improve corrosion resistance.
Application Areas
1.Crane equipment: used for gantry cranes, bridge cranes, etc., to provide stable support and drive for the crane's trolley and car travel mechanism, enabling horizontal handling of heavy objects.
2.Automated logistics system: in computerized warehouses, it can used for stackers, shuttles, and other equipment to achieve rapid storage and retrieval of goods and improve logistics operation efficiency.
3.Vehicles: such as forklifts, AGVs, etc., provide reliable travel support and drive for these vehicles to meet material handling needs under different working conditions.
Conclusion
The DRS 630A wheel block system demonstrates outstanding performance under heavy loads, high wear, and harsh environments through its high-strength materials, modular design, and efficient transmission system, making it a key component for improving the operating efficiency and safety of industrial equipment.