The quality of work is important not only for the efficiency of the installation, but also for safety. It must be remembered that the selection of appropriate components is certainly important. Of course, one cannot forget about the costs. Today we will answer the question - in what order is it best to perform installation work?
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Does the order of installation work matter?
When choosing cables and wires for your home, remember their quality. YDY installation wires work very well, but so do various types of twisted pairs or mats. Remember to check the permissible ambient temperature of the cable. Therefore, in addition to the quality of materials, the installation technique is important, as well as the electrical equipment . The order of work is important for completing the construction of the house, but also to finally check the costs.
If, after the foundation stage, you do not make, for example, a water connection, then unfortunately, there will be a need to chisel the walls, which will of course significantly increase the cost of the entire construction. Failure to prepare a proper schedule makes it difficult to carry out further work. If, for example, you do not introduce sewage pipes, then unfortunately there will be a problem with preparing grooves in the walls. It may turn out that running them between floors will be downright impossible or will involve the need for reconstruction.
Best order to perform installation work?
Electrical equipment such as surge arresters affect the safety of the entire house. Such elements prevent fires, but also damage to equipment. Surge arresters are installed at the stage of construction of the electrical installation. The time at which you do the heating also affects the efficiency of work. It cannot be forgotten that there are still water and sewage and gas networks . So what is the order?
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Stage one: installations at the foundation stage. When building foundations and floors on the ground, a culvert must be made in the foundation wall, which is used to drain sewage out of the building. Then we distribute the sewage pipes, which will be located on the ground under the floor. Of course, we also have to bring water to the building, so we have to make a water installation at a depth of usually 1.5 m under the foundation strip. Now we move on to supplying air for combustion, i.e. preparing pipes in the floor or under the floor. This applies to both boilers and fireplaces. At this stage, we still have to run power cables from the connector, but also intercom cables. We are also preparing the gate lighting , from where the cables have to be laid. - Stage two: installations requiring grooves in the walls. In the second stage, work that requires grooves in the walls should be carried out. In this case, we run sewage pipes, which are used for sanitary ware. Water pipes and pipes in the central heating system should also be connected. The installation channels run include those related to computer or antenna networks, and for this purpose it is worth using a pipe with a larger diameter, i.e. one that is at least 75 mm.
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Stage three: complete electrical installation and underfloor heating. Stage three is also extremely important, as you need to complete electrical installation, as well as underfloor heating. You use wires that are then covered with plaster. This includes electrical wires and alarm installation. Now we can move on to arranging the underfloor heating pipes. Don't forget to perform a tightness test. They need to be covered with screed to prevent damage. - Stage four: central heating installation. During stage four, we install devices such as boilers. It is best to also perform finishing work, but be careful not to damage the walls on which the plaster is located.
Influence of the order of installation work due to the design
The correct order of installation work is important due to the speed of work. The project should be followed. At the same time, it should be checked whether maintaining such an order is the best for a given building. By preparing a schedule, you can avoid interruptions in work, for example caused by worsening weather or a drop in temperature, which prevents, for example, ground work.