You cannot dig up a property without considering the utility connections that are located deep in the ground. Damaging such lines can lead to devastating losses to your neighbourhood and even put yourself and your neighbors at risk of incurring fatal accidents. Therefore, it is recommendable to have a utility locating process to avoid such risks. Here are tips for utility locating Sydney to think through.
Make plans for your project. You cannot make relevant decisions about such a project without accurate information about your site. You need to take note of its address and the depth that you intend to go during your digging. Some companies might recommend you to make a distinctive marking of your project for easier identification.
Contact the one call service. The one-call service offers information about the utilities within your project site and contact the local locator service on your behalf. Their services are free and can be reachable at any given time. The one-call service cannot locate some utilities. This includes gas lines to swimming pools in private residential, sanitary sewers, building to building utilities and fire mains. However, your private locator can trace them if you request them to do so.
Be careful with the soil type in your target place. The kind of soil in a given area can affect the recordings made using the radar. For instance, clay soil has a high rate of conduction making it unreliable for this process. Sand soil has low conduction making it ideal for this process. Experts involved in this process should look for unique means to navigate through soil types such as clay despite their limitation.
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 make the pipes. Some materials are hard to locate if they have a non-conductive material. Non-metallic objects cannot show signals but rather shows something inside the tubes such as air or water. Also, slabs can also inhibit the level of detection since the metallic mesh prevents clear penetration of the signals.
Beware of the frequency that you use. The level of frequency varies according to the depth that one intends to measure. To create a low radar frequency, you have to look for a device that has high frequencies. Low frequencies are ideal for shallow connections. On the other hand, low frequencies create high radar which is perfect for underground conduits. Therefore, low frequency penetrating device is suitable for pipes buried up to eight feet under.
Use the right marking codes. There are particular color codes needed to identify specific types of utility for a specific area. You should acquaint with these color codes earlier to ensure that the locator considers the right codes. Place them in a precise position where everyone can identify them and at the exact location of the pipes.
Make plans for your project. You cannot make relevant decisions about such a project without accurate information about your site. You need to take note of its address and the depth that you intend to go during your digging. Some companies might recommend you to make a distinctive marking of your project for easier identification.
Contact the one call service. The one-call service offers information about the utilities within your project site and contact the local locator service on your behalf. Their services are free and can be reachable at any given time. The one-call service cannot locate some utilities. This includes gas lines to swimming pools in private residential, sanitary sewers, building to building utilities and fire mains. However, your private locator can trace them if you request them to do so.
Be careful with the soil type in your target place. The kind of soil in a given area can affect the recordings made using the radar. For instance, clay soil has a high rate of conduction making it unreliable for this process. Sand soil has low conduction making it ideal for this process. Experts involved in this process should look for unique means to navigate through soil types such as clay despite their limitation.
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 make the pipes. Some materials are hard to locate if they have a non-conductive material. Non-metallic objects cannot show signals but rather shows something inside the tubes such as air or water. Also, slabs can also inhibit the level of detection since the metallic mesh prevents clear penetration of the signals.
Beware of the frequency that you use. The level of frequency varies according to the depth that one intends to measure. To create a low radar frequency, you have to look for a device that has high frequencies. Low frequencies are ideal for shallow connections. On the other hand, low frequencies create high radar which is perfect for underground conduits. Therefore, low frequency penetrating device is suitable for pipes buried up to eight feet under.
Use the right marking codes. There are particular color codes needed to identify specific types of utility for a specific area. You should acquaint with these color codes earlier to ensure that the locator considers the right codes. Place them in a precise position where everyone can identify them and at the exact location of the pipes.
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You can find complete details about the advantages and benefits of using professional utility locating Sydney services at http://www.utilityscan.net right now.
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