Ffrwydrad -prawfdo gwahaniaethu perfformiad o ffrwydrad - atal gollyngwyr electrostatig corff dynol
Os yw'r gollyngwr electrostatig corff dynol sy'n atal ffrwydrad yn ddargludydd metel pur (fel dur di-staen, deunydd copr), nid oes ganddo'r swyddogaeth atal ffrwydrad.
For mutual knocks and collisions, "copper" has better explosion-proof performance, but for human body static, metal materials such as "copper" and "stainless steel" are not explosion-proof. You can refer to the next unit "Explosion-proof Human Body" Principles of Explosion-Proof Electrostatic Dischargers".
Mae gollyngwr electrostatig y corff dynol yn gynnyrch rhyddhau electrostatig corff dynol sy'n addas ar gyfer lleoedd gwrth-, a defnyddir y cynnyrch hwn yn bennaf i ollwng y tâl electrostatig ar y corff dynol yn ddiogel er mwyn osgoi sioc drydanol i'r corff dynol. , yna gadewch i mi Gadewch i mi egluro i chi yr egwyddor weithredol o ffrwydrad-rhaeadru electrostatig corff dynol.
1. To meet the conditions for static electricity generation
2. There must be a voltage level where static electricity accumulates in the human body and reaches the level of discharge.
3. There must be a certain amount of explosive mixture
4. The energy of static electricity should be able to reach the explosive ignition point
When the above conditions are met, the explosion-proof human body electrostatic discharger will explode. Under normal circumstances, the electrostatic voltage of the human body is between 1000V-10000V. According to the relevant data survey, if the static voltage of the human body reaches more than 2000v, it has the conditions to cause a fire.