A vibrograph detects and records vibrations and can be used in watchmaking, equipment monitoring, and site surveys. It can detect problems before they become costly and provide insight into the impacts of various activities on fragile environments and structures.
A vibrograph is a device that detects vibrations and records them. These devices can be used in a number of different settings, and some creative individuals have even created their own for special projects. A number of companies manufacture vibrographs for various applications and are available for sale through scientific equipment suppliers, as well as directly through some manufacturers. Many manufacturers can also create custom tooling for specialized applications upon customer request.
One use for a vibrograph is in watchmaking. When people work on watches, they may use a vibrograph to check for accuracy. The device records each tick, as well as other vibrations generated, and this data can be used to determine the accuracy of the timing device. Using a vibrograph, accuracy can be extrapolated over a period of months or years. These devices are used to check new watches, to confirm that repairs are satisfactory, and to gather information about a watch in need of repair before repairs begin.
Another use of vibrographs is in equipment monitoring. A vibrograph can be connected to equipment to provide data on the vibrations produced by the equipment. Abnormalities can indicate that there is a problem such as too much pressure, a loose part, or a part that is about to break. The vibrograph can be used to detect problems before a human operator notices them, potentially saving on costly repairs by allowing for quick troubleshooting. The device can also be used to test the performance of equipment that appears to be faulty.
Vibrographs are also used to monitor vibrations on a site. In a vibrographic survey, a vibrograph is left in one site for a set period to record all vibrations. This can be useful in determining whether or not vibration occurs in a range that could be dangerous. For example, construction could threaten a historic building by subjecting it to intense vibrations. A vibrograph could be used to confirm that the vibrations are in a safe range when crews are working on roads, new buildings and so on.
There are other applications where it might be useful to collect vibration information. Mining and other industries that use explosives sometimes use these machines to monitor safety and to confirm that charges are placed in the right location, for example. Vibrographic surveys can also provide insight into the impacts of geological activity, construction, passing vehicles, and so on when people study fragile environments and structures.
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