With the continuous development of the logistics industry and the rapid growth of e-commerce business, automatic sorting system, as one of the key technologies to reduce costs and increase efficiency, has gradually become a necessary equipment for major logistics centers and express delivery companies.
In the automatic sorting system, the links of merging, sorting and identification, sorting and distribution are closely linked, forming a highly intelligent logistics processing process.
01. Case background
The process of the automatic sorting system can be roughly divided into four stages: merging, sorting and identification, sorting and sorting, and sorting.
1) Confluence: Parcels are transported to the sorting system through multiple conveyor lines, and then the parcels on each conveyor line are combined into one confluence conveyor line through confluence.
2) Sorting and identification: The package accepts the laser scanner to scan its barcode label, or through other automatic identification methods, the information of the package is entered into the computer.
3) Sorting and diversion: After the package leaves the sorting and identification device, it moves on the sorting conveyor, and the sorting system monitors the moving position and moving time of the package in real time, and when the package moves to the designated branch crossing, the sorting mechanism executes the instructions of the sorting system, and discharges the package out of the main conveyor into the diversion slideway.
4) Distribution: After the sorted packages are manually packed, they will be delivered to the terminal of the sub-building system through the conveyor belt.
02. On-site application
Today's case is logisticsSorting and triagelinkIn the logistics sorting process, the size of the items on the conveyor belt is different, and under the high-speed operation, when the partition is lowered, especially the heavier objects, it will have a great impact on the partition, and the impact will be transmitted to the entire sorting production line, so the control equipment installed on the site requires strong seismic performance.
Most of the sorting equipment lines are installed in general civil plants, and grounding systems are rarely made. The electromagnetic environment is relatively harsh, so the anti-interference requirements of the module are also relatively high.
In order to improve efficiency, the high-speed operation of the conveyor belt is required, and there are certain requirements for the stability of the collected signal and the high speed of transmission.
When choosing a solution, a large logistics sorting integrator valued the excellent performance of the C series distributed IO system in terms of seismic performance, anti-interference performance, stability, etc., and formed a stable cooperative relationship with us and used it as the main solution for the logistics sorting system.
The low latency of the C series products fully meets the needs of customers for high-speed response. In terms of seismic resistance, the Zero C series distributed IO adopts a unique design and also has excellent seismic performance.
The CN-8032-L selected by this customer has anti-interference performance, surge and group pulse both reach 2000kV; The CT-121 supports Class 2 signal input level, which is more accurate when identifying electronic signals such as proximity switches.
With its stable and reliable product quality, zero-point distributed IO provides a more reliable and efficient solution for the industry. So that's all for today's case sharing, and we look forward to seeing you next time.