Explanation of common mistakes of Integrated Wiring System Requirements

This article gives you a detailed explanation of Several misunderstandings about the requirements of the Integrated Wiring System. Many people may not be familiar with the requirements of the Integrated Wiring System. It doesn't matter. After reading this article, you will certainly have a lot of GAINS, I hope this article will give you a better understanding of the requirements of the Integrated Wiring System, and I hope you can learn more through this article.

I. Use the 86 panel with four ports with caution

Currently, the requirements for "four interfaces, 86 panels, and six types of information modules are often found in the bidding documents of the project. We all know that the base box for 86 panels is small. Four cat6 modules are installed in such a small space, and four cat6 cables are mounted to the module, there is almost no guarantee that the installation standard has requirements on the bending radius of the six types of cables. The reason why we still don't feel anything unusual about this installation is as follows, the reason is that our application on the actual horizontal link is still relatively low. Once our network is upgraded to a higher speed, unpredictable results will easily occur, affecting our normal use. The correct and safe method is to pre-embed two 86-side boxes and install two dual-port 86 panels at the location where four information points are required.

SIMON electric Integrated Wiring System provides two kinds of double port 86 panel for users to choose from: Flat port and oblique port. Our panel features fire prevention, high strength, anti-aging, no color change, etc, in addition, it is more convenient to use and identify.

II. The level system should be one step as far as possible

In the bidding documents, we often see that "the horizontal links for voice applications include information modules, horizontal cables and distribution frames) Use cat5e systems. The horizontal links for data applications include information modules, horizontal cables and distribution racks) use six types of systems. This so-called cost-saving method completely compromises the openness, flexibility, and scalability of the cabling system, this is what we do not fully understand about the cabling system. We all know that the horizontal cables in the horizontal link are from the wiring room on each floor to the information outlet. They are almost always in the ceiling cable trough first, and the pipes are passed in after entering the room. Once the cables are laid, it is difficult to take out replacement. In addition, today, our cabling system no longer serves voice and data. More and more applications with higher rates and unknown future will use this cabling system, if we now define the application boundaries of the horizontal link, one port runs at high speed and one port runs at low speed, therefore, this cabling system will no longer have port interconnectivity, flexibility, port upgrade scalability, and the so-called openness. Therefore, no matter what applications are used for horizontal links, you should select the same and advanced cabling system. do not limit the horizontal links to the application scope, the Integrated Wiring System itself is an open system.

SIMON electric Integrated Wiring System provides cat5e and cat5e horizontal Link Systems for users to choose from, from the unique set of do-not-wire and threading functions in one of the high-performance cat5e and cat5e module sockets, the cat5e and cat6 horizontal cables of PVC and LSZH are fully open to an independent and modular multimedia distribution frame, which fully reflects the openness, flexibility, and scalability of the Integrated Wiring System.

3. The main system should be able to save the province

Contrary to the requirements of the horizontal system, many users have one-step requirements for the main system. In the bidding documents, we often see that "the main voice system uses five types of 25 pairs of large logarithm cables, the data trunk adopts single-mode optical fiber ......". First, for the voice backbone, it is mainly used to transmit Analog voice signals with a low speed. The three types of big logarithm UTP are enough. If the voice system is upgraded to a digital system in the future, it will not use a large logarithm of the cable as the backbone, but fully utilize the Digital IP network system, so it will use the optical fiber as the backbone. For the data backbone, single-mode optical fiber is characterized by its high bandwidth and long distance transmission, it is mainly used as the data backbone between buildings of buildings, such as campus networks, airports, large communities, and comprehensive commercial buildings, regardless of the bandwidth and distance of the Integrated Wiring System, the use of multi-mode optical fiber is enough, do not need to use single-mode optical fiber source and passive Single-Mode Optical Fiber port is more expensive than multi-mode optical fiber port ), you do not need to reserve single-mode optical fiber cables for backup. The main reason is that the trunk cables and optical cables are laid along the weak current shaft, which is very easy to replace and expand. Therefore, it is not necessary to select the trunk system in one step, as long as the current application is satisfied and there is a certain degree of redundancy, You can gradually expand and upgrade as needed in the future.

SIMON electric Integrated Wiring System Requirements provide five and three types of log cables, as well as OM1/OM2/OM3 multimode and OS1/0 water peak single-mode indoor/outdoor optical fiber for users to choose from, the outer leather jacket of the large logarithm cable includes PVC and LSZH. All the indoor optical fiber cables are LSZH outer leather jacket, and all the outdoor optical fiber cables are HDPE outer leather jacket. The 50-to-100 and 110-to-fishbone distribution frames are used for connecting to a large number of cables. The optical fiber trunk is a modular multimedia Optical Fiber Distribution Frame unique to SIMON electric.

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