1. The chain production line is mainly composed of conveying frame, chain and power device. The conveying frame is the main part, the chain is the carrier, and the power device is to provide power for the operation of the equipment. The main body of the conveyor frame is made of steel as the main material, because it has to bear a large amount of cargo weight.
2. According to the requirements of the customer, the engineer designs a plan consistent with the actual production conditions, products and other factors. After the plan is determined, the production department shall arrange to purchase the materials needed for production, and arrange personnel to put them into production, and process the relevant materials according to the requirements of the drawings.
3. Assembly of conveying frame: in the whole production, the production of conveying frame should be completed first. Conveying frame is the main component of the chain conveying line. Staff will be cut steel, and then according to the design drawings through welding assembly, in connection with the conveyor rack, to keep all parts at the same level.
4. Equipment painting: after the conveyor rack of the chain production line is assembled through welding, the entire equipment shall be painted. The color can be freely selected for painting.
5. Installation of power device: the chain production line is generally used to transport heavy items. The power required for chain transmission is provided by the motor, and the choice of the motor can be specified by the customer. The power unit is mounted on the high side of the conveyor rack.
6. Installation of conveying chain: after installing the power device, the chain used to carry the goods shall be installed on the conveying rack. When installing the conveyor chain, pay attention to the fastening of the connection between the chains, so as to avoid the phenomenon of disconnection in the operation of the equipment. At this point, a high-efficiency chain conveyor line is completed, and the equipment needs to be tested by the engineer before delivery to ensure the normal operation of the equipment.