Location:Home »New » Voltage Protector News » The manufacturer of household automatic voltage protectors introduces the household voltage range, precautions, and voltage and frequency standards
The manufacturer of household automatic voltage protectors introduces the household voltage range, precautions, and voltage and frequency standards
August 14, 2024
This article mainly introduces the household voltage range, precautions, voltage frequency standards, etc. by the manufacturer of household automatic voltage protectors. Understanding these related knowledge can help to use the automatic voltage protector correctly.
The manufacturer of household voltage protectors introduces the normal range of household voltage
The voltage of household electricity is usually AC, and the voltage range is generally 220 volts. This range is considered to be a normal voltage value. However, during the peak period of electricity consumption, the output loss of the power department is relatively large, so the staff of the power department will adjust the voltage to between 220 volts and 250 volts. However, the voltage may fluctuate slightly, as long as the fluctuation is within this range, it will not have a significant impact on electrical equipment. If the voltage exceeds this range, it may cause damage to the electrical equipment or affect its performance. Warm reminder: The voltage of household electricity varies from country to country. China usually uses 220 volts, 50 Hz, and is generally single-phase AC. The constant safety voltage is a voltage of no more than 36 volts. When used, it cannot be in contact with the live wire or the conductor connected to the live wire, otherwise, there will be an electric shock accident, and the owner’s safety cannot be guaranteed.
The manufacturer of household automatic voltage protectors talks about precautions for household electricity use
To better protect the personal and property safety of the owner, we must also be careful when using electricity. The following are some detailed precautions.
Pay special attention to electrical safety during thunderstorms, and try not to use electrical appliances, because thunderstorms can cause the voltage outside to be too high, up to hundreds of thousands of volts, while the normal voltage indoors is only 220 volts, which will cause strong current from the outside to enter the room and burn out the fuse, or even cause a fire.
Whether you are replacing light bulbs or repairing home appliances, you must turn off the main switch in the room to prevent electric shock. If the insulation of the wires is peeling off, you must replace it immediately or wrap it with insulating tape. Do not touch the exposed wires, otherwise you cannot guarantee your safety.
Be careful when using electricity in daily life. If you have just washed your hands, you cannot plug or unplug the plug to avoid electric shock. If the plug is not unplugged, you cannot touch the socket with your hands, because people are also conductors. If they are not handled properly, electric shock will still occur.
The manufacturer of household voltage protectors introduces the differences in power systems
At present, the power systems of countries around the world usually adopt different voltage and frequency standards. According to the voltage, there are two types: low voltage of 100~130V and high voltage of 220~240V.
US standard two-pin flat type (+ grounding pin)/European standard two-pin round type
Peru
110V/220V
60Hz/50Hz
US standard two-pin flat type (+ grounding pin)/European standard two-pin round type
Bolivia
110V/220V
60Hz/50Hz
US standard two-pin flat type (+ grounding pin)/European standard two-pin round type
Paraguay
220V
50Hz
European standard two-pin round type
Uruguay
220V
50Hz
Three-hole type
Argentina
220V
50Hz
Eight-shaped type
Chile
220V
50Hz
European standard two-pin round type/Italian standard three-pin round type
Europe
Area
Voltage
Frequency
Plug shape
Italy
220-230V
50Hz
Italian standard three-pin round type/European standard two-pin round type
Austria
220V
50Hz
European standard two-pin round type
CzechRep.
220V
50Hz
European standard two-pin round type
Poland
220V
50Hz
European standard two-pin round type
Humgary
220V
50Hz
European standard two-pin round type
Greece
220V
50Hz
European standard two-pin round type
Belgium
220V
50Hz
European standard two-pin round type
Netherlands
220V
50Hz
European standard two-pin round type
Luxembourg
220V
50Hz
European standard two-pin round type
UnitedKingdom
220-240V
50Hz
UK standard three-pin flat type
Ireland
220V
50Hz
UK standard three-pin flat type
France
220V
50Hz
European standard two-leg round type
Switzerland
220-224V
50Hz
Swiss standard three-leg round type/European standard two-leg round type
Spain
220V
50Hz
European standard two-leg round type
Portuga1
220V
50Hz
European standard two-leg round type
Germany
220V
50Hz
European standard two-leg round type
Horway
220V
50Hz
European standard two-leg round type
Finland
220V
50Hz
European standard two-leg round type
Denark
220V
50Hz
Danish standard three-leg round type/European standard two-leg round type
Sweden
220V
50Hz
European standard two-leg round type
Latvia
220-240V
50Hz
Eight-shaped/European standard two-leg round type
SlovakRep.
220V
50Hz
European standard two-leg round type
Africa
Area
Voltage
Frequency
Plug shape
Rep.SouthAfrica
220V
50Hz
Three-pin round type
Mauritius
240V
50Hz
European standard two-pin round type/UK standard three-pin flat type
M[alawi
240V
50Hz
UK standard three-pin flat type
BurkinaFaso
220V
50Hz
European standard two-pin round type
Swaziland
220V
50Hz
UK standard three-pin flat type
Senegal
220V
50Hz
European standard two-pin round type
Gambia
220V
50Hz
UK standard three-pin flat type
Chad
220-250V
50Hz
European standard two-leg round type/British standard three-leg flat type
Gabon
220V
50Hz
European standard two-leg round type
Ghana
220V
50Hz
European standard two-leg round type/British standard three-leg flat type
EquatorialGuinea
220V
50Hz
European standard two-leg round type
Nigeria
230V
50Hz
British standard three-leg flat type
Cameroon
220V
50Hz
European standard two-leg round type
Automatic voltage protector manufacturers tell you that countries that pursue efficiency generally use high voltage and low frequency. For example, most European countries and my country use 220-240 volts and 50 Hz, while countries such as the United States and Canada focus more on safety and use 110 volts and 60 Hz.
No related articles found.
Have questions? Get a quote
Want to know more about Automatic Voltage Protector(AVP) & Voltage Regulator(AVR)? Click the button now.
In today’s automated society, electrical equipment has become an indispensable part of our daily life and work. However, with the widespread application of electrical equipment, the problem of overvoltage has become increasingly prominent, posing a serious threat to the safe operation of the equipment. At this time, the role of the microwave voltage protector is particularly important.
Microwave voltage protector is a special protection device that is mainly used to limit the overvoltage level in the power system. When the voltage in the system exceeds the predetermined value, the overvoltage protector will automatically start to limit the overvoltage within the range that the equipment can withstand, thereby protecting the electrical equipment from damage caused by overvoltage.
washing machine voltage protector is essential for ensuring the longevity and safe operation of your washing machine in regions prone to unstable or fluctuating electrical supply. It acts as a crucial safeguard against electrical damage, helping to extend the lifespan of your appliance.
8 sockets single phase voltage regulator V2205 is a device that can stabilize AC voltage fluctuations. It is mounted on the table and the LED helps to easily identify normal and abnormal power conditions.
Are you looking for surge protector for microwave Oven?N004 residential voltage protector 12A 1440W can protect against high and low voltage, voltage drops, spikes, instantaneous surges, power failures, voltage fluctuations, and discharges.
Voltage protectors and voltage fluctuation protectors are not the same, although both aim to protect electrical systems from voltage-related issues. […]