Wheel Block System

The load-bearing performance and adaptability of DRS wheel blocks directly affect stacking efficiency and operational safety. When facing working conditions such as multiple layers of stacker crane for boxes, with large self-weight, conventional medium and small load DRS wheel blocks are often unable to meet the requirements of stable operation. However, the Demag DRS-M 160 wheel block has become the core adaptation choice for such heavy-duty stacker scenarios due to its precise load positioning and reliable performance.

The core adaptation advantage of the DRS-M 160 is first reflected in its precise coverage of heavy-duty scenarios. In actual stacker operations, some enterprises adopt multi-layer boxes to improve warehouse space utilization. As the number of stacker layers increases, the overall weight of the boxes rises in a stepped manner, putting forward higher requirements for the load-bearing capacity of DRS wheel blocks. At the same time, special types of boxes such as industrial semi-finished product boxes and thick-walled boxes have a much larger self-weight than standard boxes in the conventional daily chemical and food industries. Ordinary travel wheel blocks operate at full load for a long time, which is prone to problems such as accelerated wear and operation jamming. With a single-wheel load-bearing capacity of 7 tons, the DRS-M 160 provides sufficient load-bearing margin for such scenarios, effectively avoiding the risk of equipment failure caused by overloaded operation.

In addition to the core load-bearing advantage, the DRS-M 160 also inherits the high-quality genes of the Demag DRS wheel block series, providing comprehensive protection for heavy-duty scenarios. Its housing is made of ductile iron, which undergoes precision machining and has excellent impact resistance and stability, enabling it to adapt to the complex operating environment of industrial workshops. The DRS wheel is made of GGG 70 material combined with high-quality roller bearings, which reduces frictional wear during operation and ensures stable operation of the equipment even under heavy load. At the same time, five precision-machined connection surfaces provide a variety of installation methods, which can be flexibly adapted according to the structural design of the stacker, reducing installation and commissioning costs.

In summary, the DRS-M 160 wheel block, with its precise positioning for heavy-duty scenarios, sufficient load-bearing margin and reliable quality performance, provides an ideal solution for industrial stacking operations involving multiple layers of stacker crane for boxes