Concrete scanning is an essential technique for builders excavating a construction site, because it enables them to locate and prevent potential problem areas that can result in job slowdowns and even shutdowns.
Also known as GPR, this specific technology makes use of radar that gives off quick bursts of radio wave pulses to determine if there is anything inside the concrete being x-rayed. The presence of of a blockage is pointed out each time an echo is detected and also the depth at which it is situated can be discovered by how much time the echo takes to come back as well as the strength of the signal.
Concrete scanning is frequently designed for the subsequent applications:
1. Detecting leaking in water piping. It's not easy to discover water leaks in pipes that run under concrete slabs without needing to dig up the slab. Using GPR, it is simple to know if there is a leak and the place where it is so plumbing contractors can start digging in that section. Undetected and leakages that aren't fixed can lead to exorbitant water expenses in addition to serious damage to property.
2. Locating utility, power and electricity lines. One of the primary hazards within construction sites is the fact that you'll accidentally drill down into underground power lines, causing damage that can cause a lot of money to repair. GPR permits you to discover places in which there is electricity lines so they can be avoided.
3. Determining soil structure. GPR can review the structure of the ground where the structure is going to be constructed, to be sure structural integrity and get away from later problems, such as the footings all of a sudden sinking because the ground is too soft to handle the weight.
However, GPR technology has its limits, the most important of which is that it fails to work as well in some kinds of ground, like wet clay that that's been intensely contaminated by salt.
Prior to the location undergoing concrete scanning, there are some things you have to do to prepare it to make sure you get the best possible results.
1. Remove all rubble from the area being scanned, since this could obstruct the radar and alter the result.
2. Determine alternate areas to be scanned if the initial area happens to be unsuitable.
3. Make sure that the ground is dried out before having it scanned, because water reflects radar signals and thus, the radar will likely give undependable results.
4. If you are using Ground Penetrating Radar to discover underground conduits, turn on all the circuits because high voltage conduits are easier to discover than low current types.
Also known as GPR, this specific technology makes use of radar that gives off quick bursts of radio wave pulses to determine if there is anything inside the concrete being x-rayed. The presence of of a blockage is pointed out each time an echo is detected and also the depth at which it is situated can be discovered by how much time the echo takes to come back as well as the strength of the signal.
Concrete scanning is frequently designed for the subsequent applications:
1. Detecting leaking in water piping. It's not easy to discover water leaks in pipes that run under concrete slabs without needing to dig up the slab. Using GPR, it is simple to know if there is a leak and the place where it is so plumbing contractors can start digging in that section. Undetected and leakages that aren't fixed can lead to exorbitant water expenses in addition to serious damage to property.
2. Locating utility, power and electricity lines. One of the primary hazards within construction sites is the fact that you'll accidentally drill down into underground power lines, causing damage that can cause a lot of money to repair. GPR permits you to discover places in which there is electricity lines so they can be avoided.
3. Determining soil structure. GPR can review the structure of the ground where the structure is going to be constructed, to be sure structural integrity and get away from later problems, such as the footings all of a sudden sinking because the ground is too soft to handle the weight.
However, GPR technology has its limits, the most important of which is that it fails to work as well in some kinds of ground, like wet clay that that's been intensely contaminated by salt.
Prior to the location undergoing concrete scanning, there are some things you have to do to prepare it to make sure you get the best possible results.
1. Remove all rubble from the area being scanned, since this could obstruct the radar and alter the result.
2. Determine alternate areas to be scanned if the initial area happens to be unsuitable.
3. Make sure that the ground is dried out before having it scanned, because water reflects radar signals and thus, the radar will likely give undependable results.
4. If you are using Ground Penetrating Radar to discover underground conduits, turn on all the circuits because high voltage conduits are easier to discover than low current types.
About the Author:
CSI Concrete Scanning Investigations was founded to offer a modern concrete scanning solution for anyone who is cutting, drilling and coring concrete. Visit the website to learn if they can assist you in your state.
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