Integrated cabling is a more complex project, and the quality of the project directly affects the performance of the network link. The following points need attention during the implementation of the project.
The first point: The integrated wiring system must be designed in advance, and it should be coordinated with the civil engineering, fire protection, air conditioning, lighting and other installation projects, so as to avoid unnecessary construction conflicts.
The second point: under the conditions permitting, weak currents should go their own weak electric wells to reduce the chance of electromagnetic interference. Floor wiring closets and host rooms should be arranged as large as possible in order to prepare for development and maintenance. For the network, the laying of the physical layer is crucial because it is the foundation.
The third point: as many as possible to clothe some points, using a two-hole panel (a voice, a data), with the electricity with good, cloth near the information point in the power point. Since the integrated cabling is generally a one-time project, the layout of the cable is good, and it is relatively difficult to change the cabling. However, with the development of communication equipment, more and more devices are more secure.
The fourth point: Do not put too much idealization of integrated cabling, and do not integrate some of the more specialized networks into integrated cabling. Integrated wiring is enough to integrate telephone networks, computer networks, and building automation networks.
Although there are some networks that can be integrated, it is actually better to make it a network. For example, a monitoring system, and now a more advanced network monitoring system, you can distribute audio and video over five types of cables, but integrate it. It is not necessary to go up.
The fifth point: With the rapid development of network equipment, in the selection of the program should be as broad as possible, the level of five or more categories to ensure that data and voice can be interchangeable, the vertical use of optical fiber to increase the logarithmic cable, for some points More buildings should use optical fiber for data backup instead of cables.
Sixth point: As the prices of optical products continue to decrease, large-area wiring should consider more light spots, which is beneficial to network construction.
Seventh point: When laying DG pipes, larger diameters must be used, leaving a margin. Pay special attention to the turning radius when laying optical cables. Too small turning radius will lead to serious loss of the link. Carefully check each optical cable, especially the panel box of the optical contacts, and the depth of some panel boxes is not enough. After the light spot is completed, the panel is not installed. When it is on the box, it is not good to install it. The reason is that the radius of the corner of the cable after installation is too small, causing serious loss.
Eighth point: With the price reduction of optical fusion equipment, it is advisable to give up the production methods of the traditional ST and SC heads in places where conditions are favorable. The use of pigtailed fiber-optic phase fusion welding can ensure the quality of the optical path.
The ninth point: Do not unilaterally pursue the brand of wiring products. In the past few years, in fact, the performance of other network equipment such as non-shielded wires, optical cables, and modules produced by some domestic manufacturers has reached the industry standard, and the price has a great advantage. So we can consider using our own products.
The above points are often encountered in the project. In fact, integrated cabling is not an incomprehensible project. As long as you understand its principle, a lot of comparison of product performance will certainly be able to make a cheap and beautiful system.
The first point: The integrated wiring system must be designed in advance, and it should be coordinated with the civil engineering, fire protection, air conditioning, lighting and other installation projects, so as to avoid unnecessary construction conflicts.
The second point: under the conditions permitting, weak currents should go their own weak electric wells to reduce the chance of electromagnetic interference. Floor wiring closets and host rooms should be arranged as large as possible in order to prepare for development and maintenance. For the network, the laying of the physical layer is crucial because it is the foundation.
The third point: as many as possible to clothe some points, using a two-hole panel (a voice, a data), with the electricity with good, cloth near the information point in the power point. Since the integrated cabling is generally a one-time project, the layout of the cable is good, and it is relatively difficult to change the cabling. However, with the development of communication equipment, more and more devices are more secure.
The fourth point: Do not put too much idealization of integrated cabling, and do not integrate some of the more specialized networks into integrated cabling. Integrated wiring is enough to integrate telephone networks, computer networks, and building automation networks.
Although there are some networks that can be integrated, it is actually better to make it a network. For example, a monitoring system, and now a more advanced network monitoring system, you can distribute audio and video over five types of cables, but integrate it. It is not necessary to go up.
The fifth point: With the rapid development of network equipment, in the selection of the program should be as broad as possible, the level of five or more categories to ensure that data and voice can be interchangeable, the vertical use of optical fiber to increase the logarithmic cable, for some points More buildings should use optical fiber for data backup instead of cables.
Sixth point: As the prices of optical products continue to decrease, large-area wiring should consider more light spots, which is beneficial to network construction.
Seventh point: When laying DG pipes, larger diameters must be used, leaving a margin. Pay special attention to the turning radius when laying optical cables. Too small turning radius will lead to serious loss of the link. Carefully check each optical cable, especially the panel box of the optical contacts, and the depth of some panel boxes is not enough. After the light spot is completed, the panel is not installed. When it is on the box, it is not good to install it. The reason is that the radius of the corner of the cable after installation is too small, causing serious loss.
Eighth point: With the price reduction of optical fusion equipment, it is advisable to give up the production methods of the traditional ST and SC heads in places where conditions are favorable. The use of pigtailed fiber-optic phase fusion welding can ensure the quality of the optical path.
The ninth point: Do not unilaterally pursue the brand of wiring products. In the past few years, in fact, the performance of other network equipment such as non-shielded wires, optical cables, and modules produced by some domestic manufacturers has reached the industry standard, and the price has a great advantage. So we can consider using our own products.
The above points are often encountered in the project. In fact, integrated cabling is not an incomprehensible project. As long as you understand its principle, a lot of comparison of product performance will certainly be able to make a cheap and beautiful system.
Introduction
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