Nine principles of integrated wiring

Nine Principles of Integrated Wiring First, we must design the integrated wiring system in advance, and cooperate with civil engineering, fire protection, air conditioning, lighting and other installation projects to avoid unnecessary construction conflicts.

Nine Principles of Integrated Wiring Skills 2. When conditions permit, weak electricity should go to its own weak electric wells to reduce the chance of electromagnetic interference. Floor wiring closets and main room should be arranged as large as possible for development and maintenance. Required. For the network, the laying of the physical layer is crucial because it is the foundation.

Nine principles of integrated wiring skills Third, try to put more points, use a dual-hole panel (a voice, a data), with the power well, the power point near the information point. Since the integrated wiring is generally a one-time project, the wiring is good, and it is relatively difficult to change the wiring, and the communication equipment is more and more developed, so it is more secure.

The nine principles of integrated wiring skills Fourth, do not make the integrated wiring too ideal, do not integrate some of the more dedicated network into the integrated wiring. It is enough to integrate the telephone network, computer network and building automation network into the integrated wiring.

Nine Principles of Integrated Wiring Skills 5. With the rapid development of network equipment, the options should be as wide as possible. The level should be five or more, to ensure that the data and voice can be interchanged, and the optical fiber is used to increase the logarithmic line vertically. Cable, for buildings with more points, use optical fiber for data backup instead of cable

Sixth, due to the continuous downward adjustment of the price of optical products, the wiring between large openings should be considered to have more light spots, which is beneficial to network construction.

7. When laying the DG pipe, it is necessary to use a larger diameter, and leave a margin. Pay special attention to the turning radius when laying the optical cable. If the turning radius is too small, the link will be seriously worn out. Check each cable, especially the panel box of the optical contact. Some panel boxes are not deep enough. After the light spot is completed, the panel is not installed. When the box is on, it is not good. After the installation, the test is not good. The reason is that the corner radius of the cable is too small after installation, causing serious loss.

Eight, with the price reduction of optical welding equipment, for the place where conditions are available, you can consider abandoning the traditional ST and SC head manufacturing methods, and using the method of welding the pigtail and fiber to ensure the optical path quality.

Nine, do not unilaterally pursue the brand of wiring products. In the past few years, in fact, some non-shielded cables, optical cables, modules and other network equipment produced by some domestic manufacturers have reached the industry standard, and the price has a big advantage, so Consider using our own products.

The above points are the problems that are often encountered in engineering. In fact, integrated wiring is not an incomprehensible project. As long as you understand its principle, a lot of comparison of product performance will certainly make a system that is cheap and good.