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Description
The bathroom is a space where water and electricity are intersected, With the popularity of smart toilets, the safety of electricity usage in smart toilets is crucial. Failure to pay attention to electrical leakage can easily lead to accidents, Intelligent toilet laboratory, The promotion of smart toilets on the market, is all about waterproofing and leakage prevention, so what is their strength performance?
We dismantled two smart toilets to test their performance in extreme environments. This is Woodbridge's smart toilet, which is a common smart toilet on the market, When the toilet is blocked and filled with water, the drying module may be the first to be affected, Most products use linear air outlets, and in the case of clogging with water, the exposed heating wire can easily cause a risk of short-term electric shock, if it comes into contact with water, The normal safe voltage for the human body is 36V, and the safe voltage is lower when it is damp or after taking a shower, Woodbridge's product features a curved slope design on the drying module, to prevent the heating wire from coming into contact with water, which is the first level of protection, When all the outlets were blocked and sewage was poured back, we found that the water from this toilet had already poured, into the inside of the circuit board, which also had a 220 volt voltage module, If exposed to water and electric shock, the risk is very high, And our Woodbridge is very good at blocking water out, thanks to the patented design of Woodbridge's "Marine Waterproof Great Wall".
The anti overflow wall established by raising the water barrier, can eliminate the risk of electric shock, even if the toilet is blocked and filled with water, moreover it can be seen that there is a difference, in the length of the waterway between the two, According to Ohm's law, the longer the waterway, the greater the resistance and the lower the conductivity. Woodbridge extends the waterway design, increases the waterway resistance, and establishes an electrical barrier, making it safer even in the event of extreme leakage,
