Nine tips you must know about integrated wiring

In fact, integrated wiring is not difficult to understand. As long as you understand the wiring principles, you can master the basic wiring methods and all problems can be easily solved. The following are nine tips on integrated wiring for reference only.

1. The integrated wiring system must be designed in advance and coordinated with civil engineering, fire protection, air conditioning, lighting and other installation projects to avoid unnecessary construction conflicts.

Second, if conditions permit, weak current should be routed through its own weak current well to reduce the chance of electromagnetic interference, and the wiring room and main computer room should be arranged as large as possible to prepare for development and maintenance. For the network, the laying of the physical layer is crucial because it is the foundation.

3. Try to lay out as many points as possible, use a double-hole panel (one for voice and one for data), coordinate with the electricity, and lay out power points near the information points. Since integrated wiring is generally a one-time project, it is relatively difficult to change the wiring after the wiring is laid, and the number of communication equipment is increasing with development, so it is safer to lay out more.

4. Do not idealize the integrated wiring system too much, and do not integrate some relatively special networks into the integrated wiring system. It is enough for the integrated wiring system to integrate the telephone network, computer network, and building automation network.

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5. With the rapid development of network equipment, we should try to be more open when choosing solutions. Use Category 5 or above horizontally to ensure that data and voice can be interchangeable. Use optical fiber and large-logarithmic cables vertically. For buildings with more points, optical fiber should be used for data backup instead of cables.

6. As the price of optical products continues to drop, large-span wiring should consider laying out more light points, which is beneficial to network construction.

7. When laying DG pipes, use larger diameter ones and leave margins. When laying optical cables, pay special attention to the turning radius. Too small a turning radius will cause serious link loss. Carefully check each optical cable, especially the panel box of the optical connection point. Some panel boxes are not deep enough. After the optical point is made, it is good when the panel is not installed on the box, but it is not good after it is installed. The reason is that the turning radius of the optical cable is too small after installation, causing serious loss.

8. With the price reduction of optical fusion equipment, places with conditions can consider abandoning the traditional method of making ST and SC heads and adopting the method of fusing the pigtail with the optical fiber to better ensure the quality of the optical path.

9. Don't pursue the brand of wiring products one-sidedly. In recent years, the performance of other network equipment such as unshielded wires, optical cables, modules, etc. produced by some domestic manufacturers have reached industry standards and have great price advantages, so you can consider using our own products.

The above points are problems that are often encountered in engineering. In fact, integrated wiring is not a difficult project to understand. As long as you understand its principles and compare product performance, you will be able to make a cost-effective and high-quality system.