Structured Cabling System is an integrated communication infrastructure that includes components such as cables, connectors, sockets, distribution frames, panels, jumpers, labels, etc. It is widely used in data centers, enterprise offices, Industrial control system and other places to achieve high-speed, efficient and reliable data transmission and communication.

The main function of the comprehensive wiring system is to connect various information devices, such as computers, servers, network devices, telephones, video devices, etc., and provide various services such as high-speed data transmission, audio and video, security monitoring, etc. It has the advantages of advanced technology, rigorous structure, easy management, and strong scalability, while also following various international standards and industry norms, such as ISO/IEC, TIA/EIA, IEEE, etc.

The installation of the comprehensive wiring system requires professional technology and tools, including design, construction, testing, and maintenance. Therefore, users need to consider factors such as reliability, performance, cost, and service when choosing a comprehensive cabling system.

The installation and maintenance of the comprehensive wiring system need to follow certain norms and standards, and the following are some common steps:

Installation:

1. Determine requirements: Determine the layout and capacity of the comprehensive wiring system based on the number and location of various communication equipment within the building.

2. Design Plan: Develop a detailed design plan, including the path of optical cables and cables, the location and quantity of distribution frames and junction boxes, etc.

3. Procurement materials: Purchase optical cables, cables, distribution frames, sockets, connectors, etc. that meet the specifications.

4. Installation of optical cables and cables: Lay the optical cables and cables along the pre designed path to various locations.

5. Installation of distribution frame and connector box: install and connect the distribution frame and connector box according to the design scheme.

6. Install sockets and connectors: Install sockets and connectors and conduct testing.

Maintenance:

1. Regular inspection: regularly check whether all components of the generic cabling system operate normally, and timely repair any problems if any.

2. Maintenance and cleanliness: Keep the comprehensive wiring system clean and tidy, and prevent dust and debris from entering the system interior.

3. Update and upgrade: Regularly update and upgrade the comprehensive wiring system to ensure it meets the latest technical standards and requirements.

4. Keep records: Record and backup the maintenance process for future reference and analysis of issues.

It should be noted that relevant specifications and standards should be strictly followed during installation and maintenance to ensure the safety and reliability of the comprehensive wiring system.