To begin, it is important to define this type of level and know its history. Since the 1920s, the Bubble level It is part of the standard tools used for a number of jobs in the area of construction, plumbing, carpentry, decoration, engineering, among others. This popular tool, found in most toolboxes, is used to determine if a surface is level or not. To learn how to use a level we recommend this technical article.
The principle of this instrument consists of a small transparent tube, whose material can be glass or plastic, which is filled with liquid with an air bubble inside and which also has two engraved lines that serve as a reference and pattern to read the bubble position. The bubble is smaller than the distance between the two strokes. If the bubble is symmetrically between the two marks, the instrument indicates a level which can be horizontal, vertical or other, depending on the general position of the Measuring instrument. Due to the air bubble contained in the liquid, the tool is also known as spirit level.
It is a very popular and widely used instrument. However the Bubble level It has a margin of error that is usually 5 millimeters per meter of distance, and by relying on the human eye to determine the symmetry of the bubble between the marks, the margin of error in the measurements could increase. For this reason, when measuring the level of a surface of great length, you must resort to measuring tools as a complement or substitutes, if accuracy and precision is required.
Precision and accuracy in leveling
The need for exact and precision measurements in high, medium and low scale jobs has demanded the development of new tools, which from the integration with technology provide certain advantages that allow meeting the requirements to obtain reading of values and measurements. with a smaller margin of error, in addition to adding new functions that may be useful.
As a result of the application of technological advances, it has been possible to obtain modern, practical and precise measuring instruments, which have become an indispensable support for the worker who seeks to minimize the time invested in each task. One case that we can highlight is that of digital inclinometer, which has been designed to facilitate the reading, for example, of levels of inclination of surfaces. The inclinometer offers several functionalities that make it easier to obtain the measurement value, some of which we will discuss below and others that you can explore in depth in this article.
The main feature of this level is its tilt sensor. This electronic sensor obtains the inclination measurement, which is shown on the instrument screen, thus facilitating the reading of the desired value. In addition to having an audible alarm that speeds up the task in its practical aspect.
Another advantage of this type of instrument is the possibility of working with different units of measurement. Usually the value obtained can be expressed in: degrees (°), percentage (%) or millimeters (mm / m).
Another facility of the inclinometer What differentiates it from the bubble level is its rotating screen. The information shown on the display can be rotated to allow it to be viewed regardless of the location of the device with respect to the user.
The function of maintaining or saving the value that the tool has, makes it possible to register a measurement for later transfer to another surface. This transfer of value can be done manually between nearby surfaces, moving the apparatus from one surface to another, or better, taking advantage of the integrated laser, which is particularly useful when transferring measurements between distant surfaces.
In addition to all the technological advantages that the inclinometerIt also has facilities for its location or placement on the surfaces to be measured. It has a tilt mechanism to precisely adjust to uneven surfaces. This mechanism is made up of the support foot and the leveling foot, which can be configured to achieve the ideal placement of the instrument, to perform the measurement. It also has fixing straps to carry out the measurement on hanging surfaces or tubes. Likewise, it has powerful magnets to fix it on metal surfaces. Another option for positioning the device is the use of the tripod, which allows you to set the instrument with confidence.
Having all these options and functions, make the Digital Inclinometer a cutting-edge tool that not only provides measurement precision, but also facilitates its implementation in different professional jobs. That is why since its appearance in the world of tools, it has earned a space in the toolboxes of all those who measure the level of inclination of surfaces, somewhat replacing the conventional bubble or air level, which is now chosen by those who make decisions based mainly on price. This answers in a way the question posed at the beginning, Can the Digital Inclinometer replace the Bubble Level? It is already the chosen one of many professionals and it begins to be more present in homes.
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