Why does it always feel like getting an electric shock when using an industrial vacuum cleaner? This is because dry weather causes the accumulation of static electricity, and when you touch it, it feels like an electric shock.

Why does it always feel like getting an electric shock when using an industrial vacuum cleaner? This is because the dry weather causes static electricity to accumulate, and when you touch it, you feel a shock.

How to solve the static electricity on the industrial vacuum cleaner? After static electricity accumulates, if we touch the metal parts of the industrial vacuum cleaner with our hands, there will be a discharge phenomenon, leading to a feeling of being 'shocked'. Those who are not clear about this may think that the industrial vacuum cleaner is leaking electricity, but in fact, it is the static electricity that has accumulated on the vacuum cleaner. How to distinguish in such situations: if it is static electricity, there will be a 'crackling' sound when the hand touches the industrial vacuum cleaner, and once the discharge occurs, touching the vacuum cleaner again will not give a shock feeling; if it is an electric leak from the industrial vacuum cleaner, touching it will cause a tingling sensation all over the body, and even lead to life-threatening situations. After confirming that the industrial vacuum cleaner is prone to static electricity, how to prevent the generation of static electricity? That is to install an anti-static chain on the vacuum cleaner to timely discharge the static electricity generated. There is also a situation where, even after installing the anti-static chain on the vacuum cleaner, there is still a feeling of being 'shocked' when touching the metal surface of the vacuum cleaner. This is because in the dry environment of autumn and winter, static electricity is generated from our clothes, hair, etc., combined with wearing non-conductive shoes, and the static electricity cannot be discharged. When touching the metal parts of the vacuum cleaner, the body discharges to the metal, resulting in a feeling of being 'shocked'. Therefore, in autumn and winter, when using metal items, it is advisable to first touch a key to discharge the static electricity from the body, or touch a wall to 'release' the static electricity. Special attention should be paid to production safety during production operations.