The pipeline equipment of the double speed chain series is more applicable to different industries and products. The flexibility of design and assembly is also very strong because of its own characteristics of non standard equipment. This is especially reflected in the structural design of speed multiplier equipment. Today, Xiaobian gives you a brief introduction to the structure design of speed chain products.

The double speed chain device drives the toolboard to move on the guide rail by installing a sprocket on the guide rail. Sprockets are usually conveyed by ordinary sleeve rollers, and special conveyor chains can also be used. The choice of chain has greater flexibility, and it can choose the chain according to the industry and the characteristics of processing products.

Double speed chain is a kind of equipment with very high span in conveying pipeline equipment. With the change of transportation volume, the structure of the equipment will also be obviously different. But for most enterprises, the general structure of the speed chain conveyor line can meet its production needs. But for individual heavy products processing enterprises, special design is needed. Take the speed chain equipment designed by our company as an example, the equipment is used to process the subway components, and the unit weight is above the ton level. The structure of the double speed chain conveyor line is welded by steel structure, replacing the previous structural design based on aluminum profile, so that it can bear more weight.

In addition, the supporting facilities of speed chain equipment are also different due to different processing products. These differences can be attributed to the structural changes of the equipment, because the complete production system is not only limited to the equipment itself, but also the other production facilities that are matched with it. The factors that affect the structure of the series line equipment are not only one factor of the weight of the product, but the workshop environment and process steps will affect the structure of the equipment. Only by considering these factors can we ensure the perfect operation of equipment in production.