Advantages of a modular distributed layout
The company chose to adopt a modular distributed layout based on CC-Link bus communication technology, which completely changed the traditional sewage treatment method. This innovative control system offers several significant advantages:
1. Simplify the system architecture: The sewage treatment system is divided into independent process units according to the location of the equipment, and they communicate data in series through the CC-Link bus. This layout makes the overall system architecture clear and concise, reducing the design, installation, deployment and commissioning hours, and improving efficiency.
2. Reduced maintenance difficulty: The modular distributed layout reduces the number of connected nodes and reduces potential points of failure. The system runs only once a year due to abnormal failure caused by downtime, and troubleshooting has become easy and fast, only 10-15 minutes to find the source of the problem.
3. Rapid deployment: Compared with the traditional commissioning time of 2 to 3 weeks, the new plant sewage system only took 3 to 5 days to complete the commissioning of all expansion units. The modular distributed layout simplifies the work of engineers and improves the efficiency of construction and commissioning.
The successful wastewater treatment project of Kode Baby Linings benefited from the professional technical support of Mitsubishi Electric and the CC-Link team. Their product technology provides the company with powerful tools not only for wastewater treatment, but also for equipment energy conservation, air conditioning fan systems and many other projects.
The modular distributed layout based on CC-Link bus communication technology has set an example for sewage treatment and promoted the progress of environmental protection. Their successful cases have inspired more enterprises to embark on the road of environmental protection and efficient sewage treatment, contributing their own strength to the beautiful Nantong and the future of the earth.