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It's a problem with limescale. If the electric kettle is used for a longer period of time, it will accumulate a thick layer of limescale inside. When there is more and more limescale, it will have a barrier effect.
Therefore, when we use the electric kettle, the scale will cause the electric kettle to not be easy to conduct heat, and at the same time, the power consumption of the electric kettle will slowly increase, and finally the service life of the electric kettle will be shortened, so we must remove the scale regularly. The way to remove limescale is simple, usually with white vinegar soaking. White vinegar soaking is the easiest way, we pour in an appropriate amount of white vinegar, usually calculated according to the capacity of the electric kettle, half of the capacity into white vinegar, half of the capacity into clean water.
Generally, after soaking for an hour, pour the water clean, and soak it in clean water for another hour, basically the scale will be removed.
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I know what the reason is, your battery drum may be the temperature control switch is broken, that is, the temperature he perceives is not reached, the water is boiled and it jumps, why do I take you and replace one, the most critical part of this kettle is this temperature control switch, once it is broken, it is very dangerous. You're saying that my sister tripped when she drove it, and if he didn't jump ship while driving, wouldn't it be dry.
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The kettle tripped without turning on, and I think it was possible that the current was too high, so it caused him to protect himself, and it would trip.
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If the water in your kettle doesn't open, it trips, what is the reason? It means that the water in your kettle is not boiling, and the kettle is tripping, which means that your kettle is broken and there is a problem!
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There is a thermal temperature control switch inside the kettle, and if it breaks, it will trip randomly.
**Buy one and replace it yourself.
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The kettle water tripped without opening, what happened? I think this kettle is broken. It can't be used.
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The water in the kettle does not trip after boiling, it may be because the steam switch of the kettle is broken, or the protection switch of the kettle is broken, it is recommended that you directly unplug the power supply when you encounter this situation, and then pour out the water inside, check whether there is a switch chip falling off inside, if it falls off, it is recommended to replace it.
1. Choose the right socket.
The plug of an electric kettle usually has a grounding electrode and should be connected to a socket with a grounding socket. When in use, the power plug should be fully inserted into the outlet. Always keep the electric kettle's power plug, socket, power cord, and automatic switch device dry and clean.
2. Turn off the kettle switch before powering on.
Check the switch of the electric kettle to make sure that the switch of the power supply is in the off position before powering on, so as not to damage the body and affect the service life of the impulse current.
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It is estimated that the thermostat is defective or the scale is caused by inflexibility.
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1. There are two external switches for kettle tripping, one is a steam switch and the other is a protection switch. When the metal temperature sensing device of the steam switch is defective or damaged, it will cause the water to not jump in time after boiling, and continue to heat. 2. After the protection switch is damaged, when the steam switch fails, it illegally plays a protective role, resulting in continuous heating after the water is boiled.
After the electric kettle is connected to the power for about 5 minutes, the water vapor deforms the bimetal sheet of the steam temperature sensing element, and the top switch contact disconnects the power supply. If the steam switch fails, the water in the pot will continue to boil until the water is boiled dry, and the temperature of the heating element rises sharply.
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The kettle is boiling, it won't trip because your kettle limiter thermostat is broken, and it won't control the boiling water to turn off automatically. If you want to change the residue, you can use it.
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It may be that the water inlet of the electric kettle causes a short circuit, which causes tripping, you need to check the water inlet part, clean the water, and use a hair dryer to dry the water, and plug it back in to start it; It may also be due to the damage of the wire, resulting in a short circuit caused by tripping, you need to reconnect the damaged wire, if you will not connect, it is best to send it to the maintenance center for processing. Some precautions for the electric kettle in the usual use process are: 1. Pay attention to the highest water level of the electric kettle, do not exceed the highest water level of the kettle when filling water when using, so as to avoid overflowing to the outside of the kettle when the water boils and scalding others.
2. Pay attention to boiling water. Someone should watch the electric kettle when using it to avoid a fire that the kettle will not jump to shut down due to malfunction, causing the water to boil dry. 3. The electric kettle cannot be soaked in water.
Therefore, when cleaning the electric kettle, the heating sheet of the automatic electric kettle should not be soaked in water or directly rinsed with water, so as to avoid damage to the electrical components of the electrical appliance due to moisture, resulting in damage to the electric kettle.
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Possible reasons are:
The thermostat or thermal fuse is damaged, causing the heating plate to not be energized. The thermostat or insurance must be replaced directly.
2. The thermostat or temperature fuse is damaged, resulting in the heating plate not being energized. The thermostat or insurance must be replaced directly.
There is a high possibility of leakage, it may be a line, it may be an electrical appliance, and the voltage of the small power grid will increase during this time, and some bad lines or electrical appliances will leak due to the increase in voltage.
4. The internal circuit is damaged, resulting in the heating plate not being energized. It is also a direct replacement line.
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Extended Materials. Solution: 1. Check the power cord.
2. Replace the heating tube. 3. Immediately stop using the electric kettle, check whether the electric kettle is in good condition, and avoid burning the circuit at home and causing safety accidents. 4. Ask professionals to check the aging of the wiring at home, repair and replace the safety wiring in time, and ensure the safety of electrical appliances at home.
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The working principle of the electric kettle: the water vapor generated when the water boils deforms the bimetal sheet of the steam temperature sensing element, and this deformation pushes the power switch to power off by the lever principle. It is not self-resetting when it is powered off, so the kettle will not automatically reheat after the power is off.
There are many electric kettle products on the market that choose not stainless steel but high manganese steel, which is due to the fact that the price of nickel in the market is much higher than the price of manganese, and some manufacturers choose high manganese steel in order to save costs. The corrosion resistance of high manganese steel is poor, and it is easy to precipitate a large amount of heavy metal manganese due to corrosion during use, and long-term excessive ingestion by the human body will bring health risks. After the electric kettle is used for a long time, the surface of the electric heating pipe is covered with a thick layer of white mineral sediment, that is, scale.
This kind of excessively thick scale is not easy to conduct heat, which not only increases power consumption, but also affects the service life of the electric kettle. So use edible white vinegar to remove limescale. Pour 0 5L of edible white vinegar into the pot and soak it for more than 1 hour, and then wipe off the scale on the electric heating pipe with a damp cloth.
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Precautions for the use of electric kettle: 1. In order to prolong the service life of the electric kettle, the mineral deposits in the kettle should be cleaned regularly. Be sure to disconnect the power supply for cleaning, and do not soak the bottom of the pot in water when cleaning.
Mix the vinegar and water in a 1:2 ratio, pour into the kettle, turn on the power, let the kettle work, and wait for it to automatically cut off the power. 2. Place the electric kettle correctly, and when the electric kettle is not in use, it must be placed in a dry place to prevent moisture from reducing the safety performance.
Pay attention to the condition of the electric kettle when boiling water and keep it out of the reach of children. Be sure to turn off the power before removing the electric kettle from the heating outlet. 3. Do not exceed the highest water mark when adding water.
When boiling water in an electric kettle, the water injected must be higher than the heater and below the maximum water mark. The general step of water filling is to add water first and then turn on the electricity.
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The electric kettle trips as soon as it is powered on, indicating that there is a short circuit in the electric kettle, and in the process of powering up, the instantaneous current in the circuit is too large, resulting in tripping.
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It can only mean that this capacitor of yours is this of the brake, the wattage is too small, and the wattage of your kettle is large, and it will trip when you press it.
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Either the electric kettle is too powerful and trips, or the electric kettle will also trip if it leaks.
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It means that the circuit is short-circuited, and it is likely that the electric kettle is broken, or there is water inside.
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Is there a short circuit in the electric kettle, or there is a problem with the wiring that supplies power to the electric kettle?
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The internal wiring is short-circuited, and it is possible that it has entered the water.
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Explain where there is a short circuit, check it and find that it can be dealt with.
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Too much power? Or is there a problem with the socket leaking? Or is there a problem with the kettle?
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This may be due to excessive power consumption and small wire load, so the trip caused by excessive load can be replaced.
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There should be a short circuit in the interior or chassis.
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In the kettle, there is a bimetal temperature control switch, when the water is boiled, the temperature of the water will be conducted to the bimetal sheet, causing the deformation of the bimetal sheet, due to the different expansion coefficients of the upper and lower metal sheets, the bimetal sheet will be flipped in the other direction, so that the switch contact is disconnected, cut off the power supply, if the size of the mechanism is seriously deformed, out of range, or the contact accidentally causes adhesion, can not cut off the circuit, will be out of control, and there is a steam cut-off switch, when the steam plastic pipe is abnormal, it will also be out of control. All need to be repaired or renewed. See the attached diagram The internal mechanism diagram of a bimetal switch is a diagram.
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The kettle does not trip after the water boils, it may be because the steam switch of the kettle is broken, or the protection switch of the kettle is broken, it is recommended that you directly unplug the power supply when you encounter this situation, and then pour out the water inside, check whether there is a switch chip falling off, if it falls off, it is recommended to go to a professional manufacturer to replace, if it is cheaper, then it is recommended that you replace it directly.
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The kettle does not trip after boiling water, in this case it should be a problem with the wiring inside, and the hot water is out of power.
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The kettle does not trip when it boils, if it turns out to be the case, it is a problem with the design and manufacture of the kettle, if it is the original, now it is gone, it may be about to break!
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What happens when an electric kettle trips to boil water? If it is only tripping after boiling water, it must be that your water is too full, resulting in water overflowing into the heater at the bottom of the pot when boiling, causing a short circuit and tripping, generally in this case, you only need to pour the water out of the bottom heater to dry and continue to use, but next time don't put too much water to prevent the water from overflowing again and causing the power to trip!
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