Concrete scanning is a required solution for builders excavating a construction site, because it assists them locate and prevent potential problem areas that can result in work slowdowns and even total site shutdowns.
Also called ground penetrating radar, this kind of technology uses radar which produces short bursts of radio wave pulses to determine if there is anything inside the concrete being examined. The presence of of an obstruction is indicated each time an echo is detected and the range that it is located can be discovered by how much time the echo takes to come back along with the strength of the signal.
Concrete scanning is commonly used for the subsequent purposes:
1. Diagnosing leakages in water pipes. It can be difficult to look for leaking in piping that run below cement slabs without having to dig up the slab. With GPR, you can easily tell if there's a leak and where it is to make sure plumbing engineers can begin digging in that section. Undiscovered and then leakages which aren't fixed can cause inflated water expenses and serious damage to property.
2. Locating utility, power and electricity lines. One of the biggest dangers in house construction places is that you'll by mistake excavate into underground utility lines, which causes problems that may cause a lot of money to repair. Ground Penetrating Radar allows you to discover places in which there can be electricity lines so that they can be steered clear of.
3. Determining soil composition. Ground Penetrating Radar can easily study the make up of the soil the place where structure is going to be built, to ensure structural integrity and prevent future complications, such as the footings all of a sudden sinking because of the ground is too loose to take the weight.
Even so, Ground Penetrating Radar engineering comes with its limitations, the most significant of which is that it can not work as well in some types of ground, such as wet clay that that's been greatly contaminated by salt.
Prior to place undergoing concrete scanning, there are some things you must do to prepare it to allow you to get the most accurate results.
1. Take away all rubbish from the area being scanned, as this can easily obstruct the radar and change the final results.
2. Determine alternative locations to be scanned in the event the original section turns out to be unsuitable.
3. Make certain the soil is dry before having that scanned, as liquid reflects radar signals and therefore, the radar will likely give unreliable results.
4. If you use Ground Penetrating Radar for you to discover underground conduits, switch on all the circuits because high voltage conduits are easier to find as compared to lower current types.
Also called ground penetrating radar, this kind of technology uses radar which produces short bursts of radio wave pulses to determine if there is anything inside the concrete being examined. The presence of of an obstruction is indicated each time an echo is detected and the range that it is located can be discovered by how much time the echo takes to come back along with the strength of the signal.
Concrete scanning is commonly used for the subsequent purposes:
1. Diagnosing leakages in water pipes. It can be difficult to look for leaking in piping that run below cement slabs without having to dig up the slab. With GPR, you can easily tell if there's a leak and where it is to make sure plumbing engineers can begin digging in that section. Undiscovered and then leakages which aren't fixed can cause inflated water expenses and serious damage to property.
2. Locating utility, power and electricity lines. One of the biggest dangers in house construction places is that you'll by mistake excavate into underground utility lines, which causes problems that may cause a lot of money to repair. Ground Penetrating Radar allows you to discover places in which there can be electricity lines so that they can be steered clear of.
3. Determining soil composition. Ground Penetrating Radar can easily study the make up of the soil the place where structure is going to be built, to ensure structural integrity and prevent future complications, such as the footings all of a sudden sinking because of the ground is too loose to take the weight.
Even so, Ground Penetrating Radar engineering comes with its limitations, the most significant of which is that it can not work as well in some types of ground, such as wet clay that that's been greatly contaminated by salt.
Prior to place undergoing concrete scanning, there are some things you must do to prepare it to allow you to get the most accurate results.
1. Take away all rubbish from the area being scanned, as this can easily obstruct the radar and change the final results.
2. Determine alternative locations to be scanned in the event the original section turns out to be unsuitable.
3. Make certain the soil is dry before having that scanned, as liquid reflects radar signals and therefore, the radar will likely give unreliable results.
4. If you use Ground Penetrating Radar for you to discover underground conduits, switch on all the circuits because high voltage conduits are easier to find as compared to lower current types.
About the Author:
Concrete Scanning and Investigations was established to offer a safe concrete x-raying service for tradesmen who are cutting concrete. To learn more concerning using GPR to look inside concrete slabs see the website scanconcrete.com.au/.
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