Climbing Light Conveyor For Loading

Technical Parameters Of Lightweight Conveyor:

<1> The models are divided into two types: flat and groove. Flat: used for B=100~500mm; Groove shape: The groove angle of the pallet is λ=15 °, only used for B=300~500mm.

<2> The spacing between the upper rollers is set to two types: 500mm and 1000mm.

<3> Bandwidth specifications: B400mm~1000mm.

<4> The middle frame is a thin-walled steel structure with three standard lengths: 1000mm, 1400mm, and 2000mm, which can be used to form conveyors of various lengths.

Lightweight conveyors are different from fixed belt conveyors and are mainly used in industries such as chemical, electronics, and food processing. It has the characteristics of small transportation volume, low belt speed, and stable operation. Compared with belt conveyors, due to its higher precision, the production cost investment is relatively large. The main specifications include 400mm, 500mm, 600mm, 800mm, etc., and the height is determined according to the actual production situation.

Lightweight conveyors play an important role in modern industry and logistics, with multiple significant advantages. Firstly, the design of lightweight conveyors is compact and lightweight, which can adapt to various working environments, especially in places with limited space, saving valuable space resources. Secondly, it has strong adaptability and can be flexibly configured according to different production needs. Whether it is horizontal or inclined conveying, it can be easily handled and seamlessly integrated with other conveying equipment or production lines, improving the efficiency and flexibility of the entire production system. In addition, lightweight conveyors have lower energy consumption during operation, which helps reduce the operating costs of enterprises and conforms to the production concept of green and environmental protection. Its structure is simple and clear, relatively easy to maintain, reduces equipment downtime, extends equipment lifespan, and improves production efficiency.