If results cannot be trusted to be precise and dependable, even the best measuring devices in the world are practically useless. By taking good care of them, measuring devices like micrometers, calipers, and
dial gaugescan maintain a high level of accuracy and dependability. What you should be aware of regarding the upkeep and maintenance of these unique precision tools is provided below.
Instruments should be properly lubricated to prevent corrosion.
The proper lubrication of
measuring gaugeswill stop corrosion and oxidation-related damage. After each use, precision measuring instruments should be lightly lubricated, and any extra oil should be wiped off of metal surfaces using a dry, clean cloth. The internal wear of precisely produced parts, especially those that move against one another, can be accelerated by a visibly "wet" instrument's ability to draw and trap tiny particles.
Furthermore, avoid using penetrating oils or other substances meant for uses other than gentle lubrication. Avoid spraying WD-40 on your equipment, for instance, as it could leave a coating that affects the calibration of the device. Some measuring tools, including calipers and micrometers, can lose accuracy even under the smallest coating of a foreign substance.
Keep Instruments in the Right Environment
Make sure the site is well-protected from damaging elements before storing an instrument there. Precision instruments should not be kept in a drawer where they may bump into one another; instead, place the instruments in padded cases or use dividers to keep them apart from one another. Unless the instruments are well-protected in cases, avoid stacking instruments on top of each other.
Keep measuring instruments placed as far away from vibration and movement as you can if you do your work in an environment where vibration is an issue. These pressures have the potential to gradually cause your equipment to lose calibration over time.
Additionally, apply moisture-removal techniques to help reduce humidity if the storage area is susceptible to moisture. A storage room's air conditioning system or the use of silica gel packets in drawers can both significantly reduce ambient moisture. If air conditioning is not an option, think about buying a dehumidifier to help dry the air to the proper humidity levels.
Understand How to Handle Instruments Properly While Using
When you have a precise measuring tool in your hands, it is even more crucial to keep it safe from damage or giving inaccurate readings. Avoiding unexpected shocks or rough treatment is one of several things you should do to assist prevent damage or miscalibration during use. Measurement devices should not be dropped, thrown, or struck against hard surfaces.
If you frequently use precise tools at a workbench, you might want to consider purchasing a rubber mat that can be placed on the floor just below the edge of the bench. This will lessen the chance that dropping your instruments will result in damage. It should also go without saying that you should never pry or pound another object with a measurement tool.
Additionally, prevent temperature fluctuations from affecting your devices. It's crucial to prevent letting a measuring instrument get too hot or too cold when using it. You should make an effort to maintain the instrument within a normal room temperature range because expansion and contraction can affect the calibration of the device. For instance, don't hold instruments in your hands for too long, and don't put them down on too-hot or too-cold surface
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