Utility locating is essential to any property owner who intends to dig up his or her property. Such considerations reduce the risk of interfering with utility lines which can be fatal or end up affecting the connection within a given neighbourhood. Failing to consider this aspect can lead to fines due to damages that you might cause. Below are some factors to consider in utility locating Sydney.
Consider the plans for your project. You need to fully understand your project if you want this process to turn out successful. Therefore, get information about your street location and determine the depth you intend to reach while digging. Some companies expect their clients to mark their place with a painting that indicates the boundaries within site.
Reach out to the one-call service. The one call service is a service provider that provides necessary information about the pipe layout within your target location. They offer a toll-free service at any given duration. They can also reach out to a reliable locating company on your behalf. They might fail to provide information about lines such as the sanitary sewers, connections between buildings and gas lines used to heat a swimming pool.
The soil type. The ground penetrating radar can be affected by the soil type in a particular site. For instance, clay soil has high conductivity making it hard for the waves to penetrate as the depth increases. Soil types such as sand are suitable for wave penetration. Therefore, the locator must employ special consideration to get an accurate result despite the kind of soil that the site has.
Check the weather condition. High moisture levels can raise the level of conductivity of a particular ground. Such limitation is common during heavy winter, with clay soils and silts. The radar waves tend to bounce back as soon they reach the water table. For that reason, the location process is not ideal for the winter season or during the heavy rain season.
Check the materials used to manufacture the conduit pipes. The level of conductivity is also affected by the material used to make the utility connections. Non-conductors such as plastics cannot allow penetration of radar frequencies unless they have water or air inside them. Locators usually use fisher tapes in such situations. Wire mesh that is common in slabs can also affect the level of conductivity of a particular object.
The level of radar frequency. The locator should determine the best frequency to use according to the depth of the target place. Higher frequencies have low radar which is ideal for shallow sites. Devices with lower frequencies have a broader frequency level which is perfect for larger pipes. Therefore, you should consider antennas with low frequency since some utilities might be as deep as eight feet deep.
Mark the utilities with the correct color codes. Every authority has specific color codes meant for a particular utility. The marks indicate the location of particular lines and will correspond with particular utilities. Get the uniform color code approved in your local area to have the correct marking. Color coding can take an approximate of two days.
Consider the plans for your project. You need to fully understand your project if you want this process to turn out successful. Therefore, get information about your street location and determine the depth you intend to reach while digging. Some companies expect their clients to mark their place with a painting that indicates the boundaries within site.
Reach out to the one-call service. The one call service is a service provider that provides necessary information about the pipe layout within your target location. They offer a toll-free service at any given duration. They can also reach out to a reliable locating company on your behalf. They might fail to provide information about lines such as the sanitary sewers, connections between buildings and gas lines used to heat a swimming pool.
The soil type. The ground penetrating radar can be affected by the soil type in a particular site. For instance, clay soil has high conductivity making it hard for the waves to penetrate as the depth increases. Soil types such as sand are suitable for wave penetration. Therefore, the locator must employ special consideration to get an accurate result despite the kind of soil that the site has.
Check the weather condition. High moisture levels can raise the level of conductivity of a particular ground. Such limitation is common during heavy winter, with clay soils and silts. The radar waves tend to bounce back as soon they reach the water table. For that reason, the location process is not ideal for the winter season or during the heavy rain season.
Check the materials used to manufacture the conduit pipes. The level of conductivity is also affected by the material used to make the utility connections. Non-conductors such as plastics cannot allow penetration of radar frequencies unless they have water or air inside them. Locators usually use fisher tapes in such situations. Wire mesh that is common in slabs can also affect the level of conductivity of a particular object.
The level of radar frequency. The locator should determine the best frequency to use according to the depth of the target place. Higher frequencies have low radar which is ideal for shallow sites. Devices with lower frequencies have a broader frequency level which is perfect for larger pipes. Therefore, you should consider antennas with low frequency since some utilities might be as deep as eight feet deep.
Mark the utilities with the correct color codes. Every authority has specific color codes meant for a particular utility. The marks indicate the location of particular lines and will correspond with particular utilities. Get the uniform color code approved in your local area to have the correct marking. Color coding can take an approximate of two days.
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