How to quickly master the management rules of the Integrated Wiring System

There are still many things worth learning about Integrated Wiring System Management. Here we mainly introduce the scope of Integrated Wiring System Management, this section describes how to select the management mode of the cabling system and how to implement the management standard. We hope to help you.

1. Scope of Integrated Wiring System Management
Integrated Wiring System Management identifies and records the wiring equipment, cables, information sockets, and other facilities in the work areas of equipment rooms and exchange rooms in a certain mode. The content includes: the implementation of management methods, identifiers, color labels, cross connections, jumpers, and other content makes the user system easy to maintain and manage, and improves the management level and work efficiency, the flexibility, openness, and scalability of Integrated Wiring System Management are achieved.

Integrated Wiring cables are the infrastructure of Integrated Wiring System Management and the central nervous system of the entire network. They can provide intelligent buildings with applications of voice, data, images, multimedia, and other systems, and is constantly expanding. This benefits from the network flexibility and high reliability of the Integrated Wiring System, but it also brings new problems, mainly manifested in the use of the system and the development of the network, the user must inevitably move, add, or modify the connection cables so that the Jumper continuously changes. The management of the Jumper may occur in the main distribution frame and floor distribution frame between devices, numerous cables are difficult to avoid confusion, which has always been a matter of great concern to users and manufacturers.

2. Select the management mode of the cabling system
In response to the above problems, Schneider's Meilan nfra + Intelligent Integrated Wiring System Management focuses on human nature, how to facilitate the construction, installation and management of the system design, as far as possible to reduce the number of mobile, add, this solution avoids human errors during changes, improves the quality of installation, maintenance, and management, reduces signal attenuation, and ensures normal transmission rates. It provides a new design concept and technical innovation, mainly reflected in:
(1) Management of the cabling color logo, that is, to provide a distribution frame with multiple colors or independent and transparent label holders;
(2) Intelligent Management of racks and cables.
(3) The management method of the wiring Color Mark is suitable for the layout of the Integrated Wiring System with a small scale, a small number of user information points, a simple and scattered network structure, and only a small number of trunk lines or a small number of floor distribution racks, the color logo management solution is usually used.
(4) Intelligent Management of cabling, suitable for large-scale or extremely large integrated cabling system projects. Intelligent Buildings form a garden for large and medium-sized single-rise buildings or multiple buildings, there are many communication business types and user information points, and the communication network structure is complicated. Generally, the electronic distribution frame computer should be used for management, that is, the Integrated Wiring System Management intelligence mode.

3. Standards for implementing Integrated Wiring System Management
Currently, the telecommunications infrastructure management standard is: TIA/EIA-606 standard, which is the telecommunications infrastructure management standard for commercial buildings, it is currently the only international management standard for telecommunications infrastructure of commercial buildings. Management Infrastructure includes the following:
(1) terminal components located in the work zone, wiring room, equipment room, and introduced facilities;
(2) telecommunication cable cables and connectors;
(3) Telecommunications cabling path, connector location, terminal component location:
(4) Telecommunications grounding and connection.

1. In-depth discussion on the Application of Intelligent Building Integrated Wiring System
2. Detailed introduction of Integrated Wiring System electrical protection
3. Describe the optimal cabling system solution
4. How to optimize the data center Cabling System
5. Analyze the actual functions of cabling system labels