Automatic roller conveyor line
11th August 2022
Roller conveyor line is a common type of conveying equipment. It can be divided into fixed roller line and conveying roller line in the form of equipment. According to its driving performance, it can be divided into power roller conveyor line and non-power roller conveyor line.
The structure of the automatic roller conveyor line is similar to the common conveying equipment, and its structure is roughly composed of a frame, a roller, a driving device, and an electric control device.
In the transmission structure, the roller conveyor drives the belt on the roller with the drive shaft, and the chain acts as the transmission medium to drive the roller for transmission.
The structure of this device is simple, which makes the equipment performance reliable, easy to maintain and maintain. In conveying use, the belt or chain transmission structure has a large conveying capacity. Among the belt types, the O-belt, multi-segment belt, synchronous Take three types of belts as an example. Among them, the synchronous belt has the highest load capacity, which can reach 500 kg, while the load capacity of the Doche belt is about 200 kg, and the load capacity of the O-belt is 80 kg.
Therefore, roller conveyor lines are often used in various material transportation, airport transfer, packaging bagged products, logistics express and other use scenarios with large load or high transportation demand.
In the process of using the automatic roller conveyor line, the following points should be paid attention to.
Before the roller conveying equipment is turned on, do not leave the material empty on the conveying line. After the work is completed, the residual waste residue on the equipment will be cleaned to avoid damage to the equipment.
When the equipment is in use, attention should be paid to the maintenance and maintenance of the equipment. In this regard, the work can be divided into primary maintenance and secondary maintenance.
The operator checks the use of the equipment before and after the use of the equipment every day. Cleaning the waste residue on the equipment is regarded as the first-level maintenance, while the second-stage maintenance is to regularly check the smoothness of the surface of the drum, whether the equipment rack structure is deformed, and the equipment between the equipment. Check whether the link structure is loose, adjust or replace parts.