Reasons Why Your Laser Distance Measure Discharges More Power Quickly

From typical laser measuring tool reviews, most appliances or devices, especially the moving ones, can discharge current for several reasons. Charged insulators, mainly made from plastics, like those found in some laser distance measures, can also charge up and retain such charge when placed beside an electrically-active appliance. 

For this reason, electrostatic charge can be described as a momentary flow of electrical power between two devices or an electrically-active substance on contact. The discharge of current from your laser distance measure may cause a sudden electrical shock which shouldn't be permanently harmful. When you check through  laser measuring tool reviews, you can discover laser distance meters that are prone to discharges.

What Can Cause Electrical Discharge in Your Laser Distance Meter

From research conducted, one of the main reasons for electrical discharges in an average laser distance measure is the separation of two devices that were in contact before, especially when one is charging the other. The sudden removal of some distance meters from their charging outlets or rubbing your device against your body can cause the device to discharge electric charges. The best laser measure for architects has been known to discharge current due to the frequency of recharging.

Electrostatic induction is another way electrical discharges occur in laser distance meters. This is a situation where an electrically-charged device is placed near a conductive object on the ground. The electrically-charged object or device will create an active electrostatic field that can create electrical charges on the object's surface that can be moved. This is why you feel some electrical sensations when you handle your laser level that has been placed close to an electrically charged object. Reviews have shown that the best laser measure for architects is one that has great insulators that can protect the device from electrical charge transfers.

How Can You Prevent Electrostatic Discharge from Your Laser Distance Measure?

Once you have recharged your laser distance meter, you should transport them for a few seconds in a static-safe pack, such as the storage of the laser measure. This will give your distance measurer ample time to discharge surface current without you touching it and getting electrical shocks. 

Experts also recommend that when using a long distance measuring tool, you should avoid touching circuitry or items like pins and any other metal. If possible, you must wear a non-conducting protective glove when measuring, especially after recharging your laser measuring tool. When using static-sensitive laser distance measures and other components, you must ensure you are properly grounded; this will help protect you from electric shocks and other related accidents during measurements.

It is important that you remove all clutter, especially from your working environment. These often include vinyl, plastics, and metal scraps. Taking this step will reduce your risks of suffering from electrical discharges from your laser distance measure or any other electrically-active device. The  Best Laser Measuring Tools For Appraisers reviews and guides can help you choose an ideal laser distance measure that will reduce your risks of suffering from electrical discharges.