One on hot type Intelligent thermostatic water heater The first thing to think about when tripping is whether there is the possibility of electric leakage. In order to prevent electric leakage, many families install instant intelligent thermostatic water heaters, which will be equipped with corresponding leakage protectors. That is, if the thermal intelligent thermostatic water heaters leak, leakage current will be generated in the circuit, and the current at this time has already exceeded the current load that the leakage protector switch can bear, Therefore, tripping will occur at this time.
If a leakage protection switch is installed at home, just check whether the button of the leakage switch pops up. If you confirm that the button pops up, you can basically conclude that the instantaneous intelligent thermostatic water heater leaks electricity, and the same is true for the air switch. If you can't judge, you can also choose an insulated multimeter to test the resistance value in the circuit. If the insulation resistance value tested is less than 0.5M Ω, it proves that the internal leakage of the thermal intelligent thermostatic water heater is true, which will cause tripping.
In addition, the current overload will also lead to tripping. The power of the hot intelligent constant temperature water heater varies from 1-2KW to 7-8KW. For example, a 5KW hot intelligent constant temperature water heater can be installed with 2.5 ㎡ wires in real life, but if there are many electric devices in the circuit, the power in the circuit will increase, Or the aging of wires will cause current overload, which will lead to tripping. Another common example is that the plug in the life is often full of plugs, and after a long time, you will feel that the plug will heat up. In fact, this is already an overload state. The same is true for the instantaneous intelligent thermostatic water heater. Therefore, the safe way to install the instantaneous intelligent thermostatic water heater is to have a separate dedicated line, and leakage protectors are also indispensable.
If the tripping is caused by current overload, the first thing to know is the power of the instantaneous intelligent constant temperature water heater, and then check whether the wires and leakage protection in the circuit meet the specifications. If you are not sure, you can use a clamp meter to test the current value of the instantaneous intelligent constant temperature water heater under the working state. If the current value measured is far more than the rated current, The tripping must be caused by current overload.
In addition to leakage and overload, the circuit will also trip if there is a short circuit. In addition, it is difficult to push the gate up after a short circuit. Even if the gate is pushed up, it will trip immediately.
If the instantaneous intelligent constant temperature water heater trips due to leakage, the usual solution is to replace the wire. It is better to find a professional electrician to check and repair, and never repair by yourself. For the tripping caused by overload, the wire, air switch and leakage protector within the safe load must be selected, and they should not be replaced at will.
