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→‎Table of mains voltages and frequencies: Delete Philipines: voltage and frequency not in reference supplied - which is the table is about.
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Restructured using IEC World Plugs as the primary source
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This article lists current wall socket, voltage and frequency commonly expected for many regions. In some areas, older standards may still exist. Foreign enclaves or buildings frequented by tourists may support sockets not otherwise used in a country, for the convenience of travellers.
This article lists current wall socket, voltage and frequency commonly expected for many regions. In some areas, older standards may still exist. Foreign enclaves or buildings frequented by tourists may support sockets not otherwise used in a country, for the convenience of travellers.
==Prime Source - IEC World Plugs==
The [[International Electrotechnical Commission|IEC]] publishes a web microsite ''World Plugs''<ref>[http://www.iec.ch/worldplugs/ World Plugs] Retrieved on 2014-01-01.</ref> which provides the main source for this page, except where other sources are indicated. ''World Plugs'' includes some history, a description of plug types, and a list of countries giving the type(s) used and the mains voltage and frequency. The lettering system used here is that described in ''World Plugs''.

Although useful for quick reference, especially for travellers, ''IEC World Plugs'' may not be regarded as totally accurate as illustrated by the examples in the Wall Sockets section below, and errors such as Indonesia being listed as using both 220 V and 110 V when the Indosian Standard ''SPLN 1''<ref>{{cite web|last=SPLN 1 : 1995|first=Standar PLN|title=Tegangan-tegangan Standar|url=http://km.plnbatam.com/spln/download.php?file_id=143|accessdate=1 December 2013}}</ref> clearly states the voltage as 230 V.


==Wall sockets==
==Wall sockets==
{{main|AC power plugs and sockets}}
{{main|AC power plugs and sockets}}
[[File:Weltkarte verwendeter Netzsteckertypen.svg|right|thumb|Map showing plug usage]]
[[File:Weltkarte verwendeter Netzsteckertypen.svg|right|thumb|Map showing plug usage]]
The lettering system used here is from an [[International Electrotechnical Commission|IEC]] Web microsite ''World Plugs''.<ref>[http://www.iec.ch/worldplugs/ World Plugs] Retrieved on 2013-02-05.</ref> which defines the letter names and gives a (not always correct) list of what plug types are used where. Although useful for quick reference, especially for travellers, the web site is ambiguous in some areas, particularly relating to Type C (which it defines as the Europlug) which is a plug without a corresponding dedicated socket. Europlugs are designed to fit sockets accepting "4.0 – 4.8 mm round contacts on 19 mm centres" , implying that there must be usage of such sockets in the territories listed as using Europlugs. Despite this, ''World Plugs'' lists seven territories as using only Type C (ie, no sockets) and twenty two territories using Type C with no compatible types.<ref name="World Plugs Ambiguity"> "IEC World Plugs" lists the following territories as using Type C only: Angola, Gabon, Guinea Bissau, Mauritania, Paraguay, Somalia, Togo. It also lists the following territories as using Type C without compatible socket types: Argentina, Bangladesh, Bolivia, Cambodia, China, Gibraltar, India, Iraq, Isle of Man, Kuwait, Lebanon, Malaysia, Mauritius, Nepal, Oman, Pakistan, Peru, Singapore, Sudan, United Arab Emirates, Vietnam, Zambia. |[http://www.iec.ch/worldplugs/ World Plugs]</ref> Since the Web page does not reference national technical standards that define the dimensions and tolerances of devices, a plug and socket that are classified there under the same letter will usually mate, but there is no guarantee of this.
The lettering system used here is from ''World Plugs'' which defines the letter names and gives a (not always correct) list of what plug types are used where. Type A makes specific reference to American and Japanese plugs, as does Type B which is also specifically rated at 15 A. Type C is specifically identified as the Europlug and there is a list of sockets compatible with Type C plugs (note, the Europlug is designed to work with other sockets, there is no type C socket as such). Type D is specifically rated at 5 A. Type E (grounding pin in socket) and Type F (grounding clips on both sides) are specifically rated at 16 A and defined as having 4.8 mm pins on 19 mm centres. Type G is identified as the fused British plug. The Type H plug is described as unique to Israel. Type I (Australian) is described as having both 10 A and 15 A ratings. Type J (Swiss) is rated at 10 A and is differentiated from Type N. The Type K rating is not shown. The Type L (Italian) description includes both ratings and pin sizes. Type M is described as looking similar to Type D, but with much larger pins. The Type N description is of the two variations of Brazilian plug and socket (Brazilian national standard NBR 14136), however, the original plug and socket is defined in [[IEC 60906-1]] and has been adopted as a South African national Standard (SANS 164-2), the Brazilian version is non-compliant with the IEC standard. Not all plugs and sockets are included in the letter system, for example there is no designation for the plug defined by the Thai National Standard ''TIS116-2549''.

''IEC World Plugs'' is ambiguous in some areas, particularly relating to Type C (the Europlug) which is a plug without a corresponding dedicated socket. Europlugs are designed to fit sockets accepting "4.0 – 4.8 mm round contacts on 19 mm centres" , implying that there must be usage of such sockets in the territories listed as using Europlugs. Despite this, ''World Plugs'' lists seven territories as using only Type C (ie, no sockets) and twenty one territories using Type C with no compatible types.<ref name="World Plugs Ambiguity"> "IEC World Plugs" lists the following territories as using Type C only: Angola, Gabon, Guinea Bissau, Mauritania, Paraguay, Somalia, Togo. It also lists the following territories as using Type C without compatible socket types: Argentina, Bolivia, Cambodia, China, Gibraltar, India, Iraq, Isle of Man, Kuwait, Lebanon, Malaysia, Mauritius, Nepal, Oman, Pakistan, Peru, Singapore, Sudan, United Arab Emirates, Vietnam, Zambia. |[http://www.iec.ch/worldplugs/ World Plugs]</ref> Since the Web page does not reference national technical standards that define the dimensions and tolerances of devices, a plug and socket that are classified there under the same letter will usually mate, but there is no guarantee of this.


The IEC publishes IEC Technical Report 60083 which lists standards used by IEC member countries.<ref>IEC/TR 60083 ed6.0: Plugs and socket-outlets for domestic and similar general use standardized in member countries of IEC. [[International Electrotechnical Commission]], February 2009. This 384-page [[technical report]] describes all national standards for domestic plugs and sockets. The first edition was published in January 1957 The 7th edition was approved in December 2012 and awaits publication as at February 2013.</ref>
The IEC also publishes IEC Technical Report 60083 which lists standards used by IEC member countries.<ref>IEC/TR 60083 ed6.0: Plugs and socket-outlets for domestic and similar general use standardized in member countries of IEC. [[International Electrotechnical Commission]], February 2009. This 384-page [[technical report]] describes many national standards for domestic plugs and sockets. The first edition was published in January 1957 The 7th edition was approved in December 2012 and awaits publication as at January 2014.</ref>


The [[United States Department of Commerce]] published an earlier guide,<ref name=ECA/> which is now obsolescent and which has some known inaccuracies, see ''History of similar guides'' section below.
The [[United States Department of Commerce]] published an earlier guide,<ref name=ECA/> which is now obsolescent and which has known inaccuracies, see ''History of similar guides'' section below.


Multi-standard sockets are sometimes used in China and some other Asian countries; these are intended to accommodate plugs conforming to various different standards. They do not normally have earthing (grounding) connections for either CEE 7/4 "Schuko" or CEE 7/5 (French). In multi-standard sockets, the aperture size for NEMA plugs is often the same for both Line (Hot) and Neutral, which allows a polarized plug to be inserted in either orientation thus defeating the safety feature. Also, in a socket designed to accept both NEMA and BS 1363 plugs, the polarization can only be correct for one type of plug, so only appliances which do not require specific polarization should be connected.<ref>{{Citation | place = UK | url = http://www.esc.org.uk/fileadmin/user_upload/documents/industry/Switched_On/SwitchedOn-29_web.pdf | title = Universal socket-outlets – friend or foe? | journal = SwitchedOn issue 29| publisher = Electrical Safety Council | year = 2013}}</ref> Multi-standard sockets are illegal in some countries such as the UK, and have been classified as a serious safety risk.<ref>{{Citation | place = EU | url = http://ec.europa.eu/consumers/safety/rapex/alerts/main/index.cfm?event=main.weeklyOverview&web_report_id=520| title = Weekly overview report of RAPEX notifications Report 5 | publisher = European Commission | year = 2013}}</ref>
Multi-standard sockets are sometimes used in China and some other Asian countries; these are intended to accommodate plugs conforming to various different standards. They do not normally have earthing (grounding) connections for either CEE 7/4 "Schuko" or CEE 7/5 (French). In multi-standard sockets, the aperture size for NEMA plugs is often the same for both Line (Hot) and Neutral, which allows a polarized plug to be inserted in either orientation thus defeating the safety feature. Also, in a socket designed to accept both NEMA and BS 1363 plugs, the polarization can only be correct for one type of plug, so only appliances which do not require specific polarization should be connected.<ref>{{Citation | place = UK | url = http://www.esc.org.uk/fileadmin/user_upload/documents/industry/Switched_On/SwitchedOn-29_web.pdf | title = Universal socket-outlets – friend or foe? | journal = SwitchedOn issue 29| publisher = Electrical Safety Council | year = 2013}}</ref> Multi-standard sockets are illegal in some countries such as the UK, and have been classified as a serious safety risk.<ref>{{Citation | place = EU | url = http://ec.europa.eu/consumers/safety/rapex/alerts/main/index.cfm?event=main.weeklyOverview&web_report_id=520| title = Weekly overview report of RAPEX notifications Report 5 | publisher = European Commission | year = 2013}}</ref>
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<!--
<!--
editors:
editors:
PLEASE do not indicate that Type A and/or Type B sockets (which are rated at 125 V) are used in territories having only mains voltage greater than 125 V.
PLEASE note that NEMA Type A and/or Type B sockets are rated at 125 V and therefore not suitable for use in territories having only mains voltage greater than 125 V!
-->
-->


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In 1948 the US Government Printing Office published ''World electrical current characteristics''.<ref>[http://search.library.wisc.edu/catalog/ocm02862708]. Retrieved on 2013-12-14.</ref> This contained information on voltages used in the cities of many countries, but no information on plugs. The guide was republished by the US Department of commerce in 1954 as ''Electric Current Abroad''. This was updated from time to time and the 1967 version includes some information on plugs,<ref>[http://babel.hathitrust.org/cgi/pt?id=uc1.b4263654]. Retrieved on 2013-12-14.</ref> however only 3 types were designated: Type A, illustrated by a US style 2 pin plug, Type B, illustrated by a sketch of a BS 546 type, and Type C, illustrated by a sketch of a BS 1363 type. The 1984 edition<ref>[http://babel.hathitrust.org/cgi/pt?id=uc1.b4263653]. Retrieved on 2013-12-14.</ref> uses the letters A to G in the same manner as they are used today. The last printed edition (listing plugs from A to H) was that of 1998, reprinted in 2002,<ref name="ECA">{{cite web | title = Electric Current Abroad | url = http://www.trade.gov/publications/abstracts/electric-current-abroad-2002.asp | publisher = U.S. Department of Commerce, International Trade Administration | format = PDF | year = 2002}}</ref> it includes brief textual descriptions of each type illustrated by a sketch, only Type F (described as a [[Schuko]]) is specifically linked to an a generally recognized type. The International Trade Administration of the US Department of Commerce now publishes a web version: [http://www.trade.gov/mas/ian/ecw/ Electric Current Worldwide] which still does not include the full list of plug types, it does not describe Type M or type N. There are sketches and photographs of each type, but no textual description or references to actual standards. Examples of errors in this website include the failure to mention that Brazil uses Type N, although that has been the national standard in that country since 1998; stating that the UK uses type C, which is not permitted there; and claiming that China uses Type H (the Israeli plug) when the main Chinese plug is actually type I.
In 1948 the US Government Printing Office published ''World electrical current characteristics''.<ref>[http://search.library.wisc.edu/catalog/ocm02862708]. Retrieved on 2013-12-14.</ref> This contained information on voltages used in the cities of many countries, but no information on plugs. The guide was republished by the US Department of commerce in 1954 as ''Electric Current Abroad''. This was updated from time to time and the 1967 version includes some information on plugs,<ref>[http://babel.hathitrust.org/cgi/pt?id=uc1.b4263654]. Retrieved on 2013-12-14.</ref> however only 3 types were designated: Type A, illustrated by a US style 2 pin plug, Type B, illustrated by a sketch of a BS 546 type, and Type C, illustrated by a sketch of a BS 1363 type. The 1984 edition<ref>[http://babel.hathitrust.org/cgi/pt?id=uc1.b4263653]. Retrieved on 2013-12-14.</ref> uses the letters A to G in the same manner as they are used today. The last printed edition (listing plugs from A to H) was that of 1998, reprinted in 2002,<ref name="ECA">{{cite web | title = Electric Current Abroad | url = http://www.trade.gov/publications/abstracts/electric-current-abroad-2002.asp | publisher = U.S. Department of Commerce, International Trade Administration | format = PDF | year = 2002}}</ref> it includes brief textual descriptions of each type illustrated by a sketch, only Type F (described as a [[Schuko]]) is specifically linked to an a generally recognized type. The International Trade Administration of the US Department of Commerce now publishes a web version: [http://www.trade.gov/mas/ian/ecw/ Electric Current Worldwide] which still does not include the full list of plug types, it does not describe Type M or type N. There are sketches and photographs of each type, but no textual description or references to actual standards. Examples of errors in this website include the failure to mention that Brazil uses Type N, although that has been the national standard in that country since 1998; stating that the UK uses type C, which is not permitted there; and claiming that China uses Type H (the Israeli plug) when the main Chinese plug is actually type I.


There are many web sites from unofficial sources which also purport to offer lists of voltages and plug types.
More recently, the [[International Electrotechnical Commission|IEC]] published [http://www.iec.ch/worldplugs/ ''World Plugs''] on the web, this includes some history, a description of plug types, and a list of countries giving the type(s) used and the mains voltage and frequency. The descriptions are more detailed than those contained in Electric Current Worldwide. Type A makes specific reference to American and Japanese plugs, as does Type B which is also specifically rated at 15 A. Type C is specifically identified as the Europlug and there is a list of sockets compatible with Type C plugs (note, the Europlug is designed to work with other sockets, there is no type C socket as such). Type D is specifically rated at 5 A. Type E (grounding pin in socket) and Type F (grounding clips on both sides) are specifically rated at 16 A and defined as having 4.8 mm pins on 19 mm centres. Type G is identified as the fused British plug. The Type H plug is described as unique to Israel. Type I (Australian) is described as having both 10 A and 15 A ratings. Type J (Swiss) is rated at 10 A and is differentiated from Type N. The Type K rating is not shown. The Type L (Italian) description includes both ratings and pin sizes. Type M is described as looking similar to Type D, but with much larger pins. The Type N description is of the two variations of Brazilian plug and socket (Brazilian national standard NBR 14136), however, the original plug and socket is defined in [[IEC 60906-1]] and has been adopted as a South African national Standard (SANS 164-2), the Brazilian version is non-compliant with the IEC standard. ''IEC World Plugs'' may not be regarded as totally accurate as illustrated by the examples in the Wall Sockets section, and errors such as Indonesia being listed as using both 220 V and 110 V when the Indosian Standard ''SPLN 1''<ref>{{cite web|last=SPLN 1 : 1995|first=Standar PLN|title=Tegangan-tegangan Standar|url=http://km.plnbatam.com/spln/download.php?file_id=143|accessdate=1 December 2013}}</ref> clearly states the voltage as 230 V.


==Table of mains voltages and frequencies==
==Table of mains voltages and frequencies==
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!class="unsortable"|Comments
!class="unsortable"|Comments
|-
|-
|[[Afghanistan]]|| C, F ||align=center| 220 [[Volt|V]] ||align=center| 50&nbsp;[[Hertz|Hz]] ||
|[[Australia]]|| I ||align=center| 230 V ||align=center| 50&nbsp;Hz || As of 2000, the mains supply voltage specified in AS 60038 is 230 V with a tolerance of +10% -6%.<ref>AS60038-2000 [[Standards Australia]] – ''Standard Voltages''</ref> This was done for voltage harmonization – however 240 V (and less commonly 250 V<ref>[http://www.ewh.ieee.org/r10/nsw/subpages/history/Australian-AC-Line-Voltages.pdf What is the AC Consumer mains Voltage in Australia?] ewh.ieee.org</ref>) is within tolerance and is commonly supplied.<ref>[http://www.erawa.com.au/cproot/2372/2/D04%20Electricity%20Industry%20(Network%20Quality%20and%20Reliability%20of%20Supply)%20Code%202005.pdf Western Australia. Electricity Industry (Network Quality and Reliability of Supply) Code 2005]. erawa.com.au</ref> Mains voltage is still popularly referred to as being "two-forty volts". Bathrooms in hotels will often have a type I, C and A socket marked "for shavers only" as pictured on the right.<ref>[http://westernpower.com.au/customerservice/customercharter/Your_electricity_supply.html Your electricity supply]. westernpower.com.au</ref>
|-
|[[Albania]]|| C, F,||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Algeria]]|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[American Samoa]]|| A, B, F, I ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Andorra]]|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Angola]]|| C ?<ref name="World Plugs Ambiguity"/>||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Anguilla]]|| A ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Antigua and Barbuda]]|| A, B ||align=center| 230 V ||align=center| 60&nbsp;Hz ||
|-
|[[Argentina]] || C ?<ref name="World Plugs Ambiguity"/>, I ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Armenia]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Aruba]] || A, B, F ||align=center| 127 V ||align=center| 60&nbsp;Hz ||
|-
|[[Australia]]|| I ||align=center| 230 V<ref>AS60038-2000 [[Standards Australia]] – ''Standard Voltages''</ref> ||align=center| 50&nbsp;Hz || Bathrooms in hotels will often have a type I, C and A socket marked "for shavers only" as pictured on the right.
|-
|[[Austria]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Azerbaijan]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Bahamas]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Bahrain]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Bangladesh]] || C, D, G, K ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Barbados]] || A, B ||align=center| 115 V ||align=center| 50&nbsp;Hz ||
|-
|[[Belarus]]|| C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Belgium]] || C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Belize]] || A, B, G ||align=center| 110 V <br/> 220 V ||align=center| 60&nbsp;Hz ||
|-
|[[Benin]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Bermuda]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Bhutan]] || C, D, F, G, M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Bolivia]] || A, C ?<ref name="World Plugs Ambiguity"/>||align=center| 115 V <br/> 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Bosnia and Herzegovina]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Botswana]] || D, G, M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Brazil]] || C, N ||align=center| 127 V <br/> 220 V ||align=center| 60&nbsp;Hz || Since Jan 1st 2010 all devices and new buildings must comply with NBR 14136.
|-
|[[British Virgin Islands]] || A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Brunei]] || G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Bulgaria]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz || |-
|[[Burkina Faso]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Burundi]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Cambodia]] || A, C ?<ref name="World Plugs Ambiguity"/>, G ||align=center| 230 V ||align=center| 50&nbsp;Hz || Power cords with type A plugs which are rated at only 125 V should not be used.
|-
|[[Cameroon]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Canada]]|| A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Cape Verde]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Caribbean Netherlands]]<br/>{{citation needed|date=November 2013}}|| A, B, C ||align=center| 127 V <br/> 220 V ||align=center| 50&nbsp;Hz, 60&nbsp;Hz || No reliable source found. IEC World Plugs lists only the defunct Netherlands Antilles of which these islands were part.<br/>[[Bonaire]] 127 V, 50&nbsp;Hz, Receptacle is combination of A and C; [[Saba]] and [[St. Eustatius]] 110 V, 60&nbsp;Hz, A, maybe B
|-
|[[Cayman Islands]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Central African Republic]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Chad]] || C, D, E, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Chile]] || C, L ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[China]] || A, C, I ||align=center| 220 V ||align=center| 50&nbsp;Hz || Most wall outlets simultaneously support Types A and I. Some outlets support Type C as well (the holes in the outlets are flat in the middle and round on the sides) so that either a Type A, a Type C or a Type I (unearthed) plug can be used.{{citation needed|date=December 2013}} (See photo at right.) A second outlet only type I (Earthed) is next to the unearthed multi Type A/C/I outlet. Voltage in China is always 220 V; power cords with type A plugs which are rated at only 125 V should not be used.
|-
|[[Colombia]] || A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Comoros]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Congo, Republic of the]]|| C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Congo, Democratic Republic of the]]<br/>{{citation needed|date=November 2013}}|| C, D, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Cook Islands]] || I ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Costa Rica]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Côte d'Ivoire]]|| C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Croatia]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Cuba]] || A, B, C ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Curaçao]]<br/>{{citation needed|date=November 2013}}|| A, B, C ||align=center| 127 V ||align=center| 50&nbsp;Hz || No reliable source found. IEC World Plugs lists only the defunct Netherlands Antilles of which these islands were part.
|-
|[[Cyprus]] || G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Czech Republic]] || C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Denmark]]|| C, E, F, K ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Djibouti]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Dominica]] || D, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Dominican Republic]] || A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Ecuador]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Egypt]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[El Salvador]] || A, B ||align=center| 115 V ||align=center| 60&nbsp;Hz ||
|-
|[[Equatorial Guinea]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Eritrea]] || C, L ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Estonia]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Ethiopia]] || C, E, F, L ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Falkland Islands]]|| G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Faroe Islands]] || C, E, F, K ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Fiji]]|| I ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Finland]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[France]] || C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[French Guiana]] || C, D, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[French Polynesia]]<br/>{{citation needed|date=November 2013}}|| A, B, E ||align=center| 110 V <br/> 220 V ||align=center| 60&nbsp;Hz, 50&nbsp;Hz ||[[Marquesas Islands]] 50&nbsp;Hz<br/>No reliable source found. IEC World Plugs has no entry.
|-
|[[Gabon]] || C ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Gambia]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Georgia (country)|Georgia]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Germany]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Ghana]] || D, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Gibraltar]] || C ?,<ref name="World Plugs Ambiguity"/> G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Greece]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Greenland]] || C, E, F, K ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Grenada]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Guadeloupe]] || C, D, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Guam]]|| A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Guatemala]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Guernsey]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Guinea]] || C, F, K ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Guinea-Bissau]] || C ?<ref name="World Plugs Ambiguity"/> ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Guyana]]|| A, B, D, G ||align=center| 110 V <br/> 220 V<ref>[http://www.gplinc.net/about/history History of Guyana Power and Light]. Gplinc.com. Retrieved on 2014-01-01.</ref> ||align=center| 60&nbsp;Hz<br/>50&nbsp;Hz<ref>[http://www.gplinc.net/about/history History of Guyana Power and Light]. Gplinc.com. Retrieved on 2014-01-01.</ref> ||Conversion of 50&nbsp;Hz distribution to 60&nbsp;Hz is ongoing<ref>[http://www.stabroeknews.com/2009/news/local/07/10/gpl-converting-parts-of-city-to-60-hz/ GPL Converting Parts of the City to 60 Hz, retrieved 2009 July 31]. Stabroeknews.com (2009-07-10). Retrieved on 2014-01-01.</ref>
|-
|[[Haiti]] || A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Honduras]] || A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Hong Kong]] || G, D ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Hungary]]|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Iceland]]|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[India]]|| C , D, M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||Many power outlets are universal and accept many plugs without adapter. A combination receptacle for types C, D and M is usually present.{{citation needed|date=November 2013}}
|-
|[[Indonesia]]|| C, F, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Iran]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Iraq]]|| C ?<ref name="World Plugs Ambiguity"/>, D, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Ireland]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz || G Sockets and plugs standard as defined by [[National Standards Authority of Ireland|NSAI]] I.S. 401 (Plug) I.S. 411 (Socket outlet).
|-
|[[Isle of Man]] || G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Israel]] || C, H, M ||align=center| 230 V ||align=center| 50&nbsp;Hz || Type C, H, M also used in the [[Palestinian National Authority]] areas.{{citation needed|date=November 2013}}
|-
|[[Italy]]|| C, F, L ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Jamaica]] || A, B ||align=center| 110 V ||align=center| 50&nbsp;Hz ||
|-
|[[Japan]] || A, B ||align=center| 100 V ||align=center|50&nbsp;Hz, 60&nbsp;Hz|| East Japan 50&nbsp;Hz ([[Tokyo]], [[Kawasaki, Kanagawa|Kawasaki]], [[Sapporo, Hokkaido|Sapporo]], [[Yokohama]], and [[Sendai, Miyagi|Sendai]]); West Japan 60&nbsp;Hz ([[Okinawa]], [[Osaka]], [[Kyoto]], [[Kobe]], [[Nagoya]], [[Hiroshima]]).{{citation needed|date=November 2013}} 120 V in military facilities in Okinawa.{{citation needed|date=November 2013}}
|-
|[[Jersey]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Jordan]]|| B, C, D, F, G, J ||align=center| 230 V ||align=center| 50&nbsp;Hz || Power cords with type A or B plugs which are rated at only 125 V should not be used.
|-
|[[Kazakhstan]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Kenya]]|| G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Kiribati]] || I ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Kosovo]]<br/>{{citation needed|date=November 2013}}|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Kuwait]] || C ?<ref name="World Plugs Ambiguity"/> G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Kyrgyzstan]] || C, F || align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Laos]] || C, E, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Latvia]]|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Lebanon]]|| A, B, C ?<ref name="World Plugs Ambiguity"/> D, G ||align=center| 220 V||align=center| 50&nbsp;Hz || Power cords with type A or B plugs which are rated at only 125 V should not be used.
|-
|[[Lesotho]]|| M ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Liberia]] || A, B, C, E, F ||align=center| 120 V <br/> 240 V ||align=center|60&nbsp;Hz <br/> 50&nbsp;Hz || Now officially 50&nbsp;Hz{{citation needed|date=November 2013}} Local supplies may vary and may not match the usual voltage for a particular wall socket.{{citation needed|date=November 2013}}
|-
|[[Libya]] || C, D, F, L ||align=center| 127 V ||align=center| 50&nbsp;Hz || [[Barca]], [[Benghazi]], [[Derna, Libya|Derna]], [[Sabha, Libya|Sabha]] & [[Tobruk]] 230 V.{{citation needed|date=November 2013}}
|-
|[[Lithuania]]|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Liechtenstein]] || C, J ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Luxembourg]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Macau]] || D, F, G, M ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Republic of Macedonia|Macedonia]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Madagascar]] || C, D, E, J, K ||align=center| 127 V <br/> 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Malawi]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Malaysia]]|| G<ref>[http://www.st.gov.my/images/article/polisi/guidelines/guidelines%20for%20electrical%20wiring%20in%20residential%20buildings%20.pdf] – Energy Commission of Malaysia.</ref> ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Maldives]]|| D, G, J, K, L ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Mali]] || C, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Malta]] || G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Martinique]] || C, D, E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Mauritania]] || C ?<ref name="World Plugs Ambiguity"/>||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Mauritius]]|| C?<ref name="World Plugs Ambiguity"/> G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Mexico]]|| A, B ||align=center| 127 V ||align=center| 60&nbsp;Hz ||
|-
|[[Federated States of Micronesia|Micronesia]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Moldova]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Monaco]] || C, D, E, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Mongolia]] || C, E ||align=center| 220&nbsp;V ||align=center| 50&nbsp;Hz ||
|-
|[[Montenegro]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Montserrat]] || A, B ||align=center| 120 V <br/> 230 V ||align=center| 60&nbsp;Hz ||Power cords with type A or B plugs which are rated at only 125 V should not be used.
|-
|[[Morocco]] || C, E ||align=center| 127&nbsp;V <br/>220&nbsp;V ||align=center| 50&nbsp;Hz ||
|-
|[[Mozambique]] || C, F, M ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Myanmar]] || C, D, F, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Namibia]] || D, M ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Nauru]] || I ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Nepal]] || C?<ref name="World Plugs Ambiguity"/> D, M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Netherlands]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[New Caledonia]] || C, F||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[New Zealand]]|| I ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Nicaragua]]|| A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Niger]] || A, B, C, D, E, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||Power cords with type A or B plugs which are rated at only 125 V should not be used.
|-
|[[Nigeria]] || D, G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[North Korea]] || A, C, F ||align=center| 110 V<br/>220 V ||align=center| 60&nbsp;Hz <br/>50&nbsp;Hz||
|-
|[[Norway]] || C, F ||align=center| 240 V <br/> ||align=center| 50&nbsp;Hz ||
|-
|[[Oman]] || C?<ref name="World Plugs Ambiguity"/> G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Pakistan]] || C, D, G, M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Palau]] || A, B || align="center" | 120 V || align="center" | 60&nbsp;Hz ||
|-
|[[Panama]] || A, B || align="center" | 110 V <br/> 120 V ||align=center| 60&nbsp;Hz ||
|-
|[[Papua New Guinea]] || I ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Paraguay]] || C ?<ref name="World Plugs Ambiguity"/>||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Peru]]|| A, B, C ?<ref name="World Plugs Ambiguity"/>||align=center| 220 V ||align=center| 60&nbsp;Hz || [[Talara]] 110/220 V; some areas 50&nbsp;Hz<ref>Dilwyn Jenkins, ''The Rough Guide to Peru'' 2003 Rough Guides, ISBN 1-84353-074-0, p. 57</ref>{{verify credibility|date=November 2013}}
|-
|[[Philippines]]|| A, B, C ?<ref name="World Plugs Ambiguity"/>||align=center| 220 V ||align=center| 60&nbsp;Hz || Power cords with type A or B plugs which are rated at only 125 V should not be used.
|-
|[[Poland]] || C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Portugal]]|| C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|{{Anchor|Puerto Rico}}[[Puerto Rico]]|| A, B ||align=center| 120&nbsp;V ||align=center| 60&nbsp;Hz ||
|-
|[[Qatar]]|| D, G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Réunion]] || E ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Romania]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Russia]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||USSR (along with much of Eastern Europe) used [[GOST]] sockets with 4.0&nbsp;mm pins similar to Type C plugs and the 4.8 mm standard used by Type E & F.<ref>[http://elec.ru/library/gosts_e71/gost_7396_1-89.pdf ГОСТ 7396.1–89]. Elec.ru (2013-01-30). Retrieved on 2013-02-05.</ref>
|-
|[[Rwanda]] || C, J ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Saint Helena, Ascension and Tristan da Cunha]]<br/>{{citation needed|date=November 2013}}|| G ||align=center| 220-240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Saint Martin|St. Martin]] || C, F ||align=center| 120 V <br/> 220 V ||align=center| 60&nbsp;Hz ||Dutch [[Sint Maarten]] 120 V, 60&nbsp;Hz; French [[Saint-Martin]] 230 V, 60&nbsp;Hz;
|-
|[[St. Kitts and Nevis]] ||A, B, D, G ||align=center| 110 V <br/> 230 V ||align=center| 60&nbsp;Hz ||
|-
|[[St. Lucia]] || G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Saint Pierre and Miquelon]]<br/>{{citation needed|date=November 2013}} || E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[St. Vincent and the Grenadines]] || C, E, G, I, K ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Samoa]] || I ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[San Marino]] || C, F, L ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[São Tomé and Príncipe]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Saudi Arabia]] || A, B, F, G ||align=center| 127 V <br/> 220 V ||align=center| 60&nbsp;Hz ||
|-
|[[Senegal]] || C, D, E, K ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Serbia]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Seychelles]] || G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Sierra Leone]] || D, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Singapore]] || C ?<ref name="World Plugs Ambiguity"/> G, M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Slovakia]] || C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Slovenia]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Solomon Islands]] || I, G || align="center" | 220 V || align="center" | 50&nbsp;Hz ||
|-
|[[Somalia]] || C ?<ref name="World Plugs Ambiguity"/>||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[South Africa]] || C, F, M, N ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[South Korea]] || C, F ||align=center| 220 V ||align=center| 60&nbsp;Hz ||
|-
|[[Spain]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Sri Lanka]] || D, G, M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Sudan]] || C ?<ref name="World Plugs Ambiguity"/> D ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Suriname]] || C, F ||align=center| 127 V ||align=center| 60&nbsp;Hz ||
|-
|[[Swaziland]] || M ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Sweden]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Switzerland]]|| C, J<ref>[http://www.esti.admin.ch/files/elektrische_erzeugnisse/Info_SEV1011_de-fr-it-en.pdf Referenzübersicht des Schweizerischen Starkstrominspektorats] (Information by Swiss Federal Administration)</ref><ref>[http://www.biaonline.com/catalog/pdfs/09/0911.pdf New standard for plugs in Switzerland starting from 2013] (PDF, 191&nbsp;KiB, German/English)</ref> ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Syria]] || C, E, L ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Taiwan]] || A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|[[Tajikistan]] || C, F, I ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Tanzania]] || D, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Thailand]]|| A, B, C, F, TIS166-2549 ||align=center| 220 V ||align=center| 50&nbsp;Hz || Newer buildings and installation use TIS116-2549 sockets.<ref>[https://law.resource.org/pub/th/ibr/th.cs.166.e.2549.pdf TIS 166-2549 (2006): Plugs and socket-outlets for household and similar purposes : plugs and socket-outlets with rated voltage not exceeding 250 ] (English translation)</ref><ref>[http://app.tisi.go.th/notices/pdf/TIS166-2549.pdf TIS 166-2549 (2006)] (Original Thai)</ref> Power cords with type A or B plugs which are rated at only 125 V should not be used.
|-
|[[Timor-Leste]] (East Timor) || C, E, F, I ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Togo]] || C ?<ref name="World Plugs Ambiguity"/>||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[Tonga]] || I ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Trinidad & Tobago]] || A, B ||align=center| 115 V ||align=center| 60&nbsp;Hz ||
|-
|[[Tunisia]] || C, E ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Turkey]] || C, F ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|-
|[[Turkmenistan]] || B, C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz || Power cords with type A or B plugs which are rated at only 125 V should not be used.
|-
|[[Tuvalu]] || I || align="center" | 220 V || align="center" | 50&nbsp;Hz ||
|-
|[[Uganda]] || G ||align=center| 240 V ||align=center| 50&nbsp;Hz ||
|-
|[[Ukraine]] || C, F ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[United Arab Emirates]] || C ?<ref name="World Plugs Ambiguity"/> D, G ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|-
|[[United Kingdom]]|| G<ref>Geoff Cronshaw: [http://www2.theiet.org/Publish/WireRegs/WiringMatters/Documents/Issue23/2007_23_summer_wiring_matters_brief_overview_17th_edition.pdf The 17th edition: a brief overview]</ref> ||align=center| 230 V<ref>{{Citation | place = UK | url = http://www.legislation.gov.uk/uksi/2002/2665/regulation/27/made| title = The Electricity Safety, Quality and Continuity Regulations 2002 PART VII Regulation 27| publisher = UK Government | year = 2002}}</ref> ||align=center| 50&nbsp;Hz || A "shaver unit" to BS EN 61558-2-5<ref>BS EN 61558-2-5:2010 [http://shop.bsigroup.com/en/ProductDetail/?pid=000000000030189926]</ref> accepting the UK shaver plug (BS 4573), Type C and 2-pin Type I, (and sometimes also type A) is often found in bathrooms.
|-
|{{Anchor|United States of America}}[[United States]]|| A, B ||align=center| 120&nbsp;V ||align=center| 60&nbsp;Hz ||
|-
|[[US Virgin Islands]]|| A, B ||align=center| 110 V ||align=center| 60&nbsp;Hz ||
|-
|-
|[[Uruguay]] || C, F, I, L ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|[[Canada]]|| A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz || Smaller buildings (like houses) are supplied with 240/120 V split-phase with 240 V being used for large loads and 120 V for all else. Type A outlets are for repairs only (houses from the 1950s and prior that have no ground conductor), type B are required for new construction and renovation. A 20 A type B but with a T-slot can be used in kitchens in new construction.<ref>Rick Gilmour et al., editor, Canadian Electrical Code Part I, Twentieth Edition, C22.1-06 Safety Standard for Electrical Installations, Canadian Standards Association, Toronto, Ontario Canada (2002) ISBN 1-55436-023-4, diagram 1 and rule 26–700</ref>
|-
|-
|[[Uzbekistan]] || C ?<ref name="World Plugs Ambiguity"/> I||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|[[Denmark]]|| C, E, F, K ||align=center| 230 V ||align=center| 50&nbsp;Hz || Type K is mostly used, type C in older buildings. Type E was added from July 2008.<ref>{{da icon}} [http://www.sik.dk/Global/Publikationer/Artikler/Electra/2008/AEndringer-til-Staerkstroemsbekendtgoerelsen Danish Safety Technology Authority (Sikkerhedsstyrelsen)]. Sik.dk (2013-01-04). Retrieved on 2013-02-05.</ref> Type F was added from November 2011. Type C wall sockets are prohibited in houses built after April 1975.<ref>{{da icon}} [http://www.sik.dk/content/download/9830/116018/version/1/file/SIK-Meddelelse+Elinstallationer+1-11.pdf Danish Safety Technology Authority (Sikkerhedsstyrelsen)]. (PDF) . Retrieved on 2013-02-05.</ref> All new sockets must be childproof.<ref>{{da icon}} [http://www.sik.dk/Global/Publikationer/Artikler/OEvrige-artikler/2011/Schuko-myter-og-fakta Danish Safety Technology Authority (Sikkerhedsstyrelsen)]. Sik.dk (2011-11-29). Retrieved on 2013-02-05.</ref> Formerly 220 V.
|-
|-
|[[Vanuatu]] || C ?<ref name="World Plugs Ambiguity"/> G, I ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|[[Malaysia]]|| G, M ||align=center| 240 V ||align=center| 50&nbsp;Hz || The official mains power voltage is AC 230 V with the tolerance of +10%,-6%.<ref>[http://www.st.gov.my/images/article/polisi/guidelines/guidelines%20for%20electrical%20wiring%20in%20residential%20buildings%20.pdf] – Energy Commission of Malaysia.</ref> However, the supplied voltage remains at 240&nbsp;V, as the supplied voltage is within the allowed tolerance. Areas that rely on private power companies, like some parts of [[Penang]] and [[Kedah]], receive a true 230&nbsp;V supply. Remote villages which rely on off-grid localized diesel generators (i.e. small villages and/or isolated holiday resorts on islands too far away from the mainland to have viable underwater cabling) may receive unstable power with higher voltages, with some areas recorded to be as high as 260&nbsp;V. Type C plugs are very common with audio/video equipment. Plugged into Type G outlets using widely available adapters or forced in by pushing down the shutter. The latter is widely practised, although hazardous. Since the late 1990s, dedicated Type C sockets can also be found on some power strips sold in the country for convenience given the wide proliferation of devices with Type C plugs. Type C sockets can also be found on dedicated shaver sockets in bathrooms of many hotels. Said sockets also include a Type A connector that delivers 110 V for the convenience of tourists. Type M sockets are normally used for air conditioning (especially if the air conditioner requires a [[Contactor|magnetic starter]]), heavy industrial equipment, spotlights, and less commonly, washers and clothes driers. This is because most modern washers sold in the country are also fitted with Type G plugs and are two-in-one compact units which uses the same tub for washing and drying. <!--Some areas provide 250&nbsp;V; varies from 240&nbsp;V to 260&nbsp;V--> In the countryside, type A is also used, but rare and considered non-standard.
|-
|-
|[[Venezuela]] || A, B ||align=center| 120 V ||align=center| 60&nbsp;Hz ||
|{{Anchor|Puerto Rico}}[[Puerto Rico]]|| A, B ||align=center| 120&nbsp;V ||align=center| 60&nbsp;Hz || (US Territories, American standardized at 120&nbsp;V. Electricity suppliers aim to keep most customers supplied between 114 and 126&nbsp;V most of the time. 240&nbsp;V/60&nbsp;Hz used for large appliances.<ref name="nema.org">{{Citation | place = US | url = http://www.nema.org/Standards/Pages/American-National-Standard-for-Electric-Power-Systems-and-Equipment-Voltage-Ratings.aspx| title = American National Standard for Electric Power Systems and Equipment—Voltage Ratings (60 Hz)| publisher = American National Standards Institute | year = 2011}}</ref> Large residential buildings frequently have 120/208 V 3-phase power, with large appliances being connected between two of the phases, giving a voltage of 208 V. Since 1962, Type B outlets are required by [[National Electrical Code (US)|code]] in new construction and renovation. A T-slot Type B is rated for 20 A for use in kitchens or other areas using large 120&nbsp;V appliances.
|-
|-
|[[Vietnam]] || A, C ?<ref name="World Plugs Ambiguity"/> G ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|[[Switzerland]]|| C, J ||align=center| 230 V ||align=center| 50&nbsp;Hz || In newer buildings and installation you will find only type J sockets (almost always recessed, mandatory after 2016: SEV 1011 Type 13<ref>[http://www.esti.admin.ch/files/elektrische_erzeugnisse/Info_SEV1011_de-fr-it-en.pdf Referenzübersicht des Schweizerischen Starkstrominspektorats] (Information by Swiss Federal Administration)</ref>), which accept type C plugs. Relatively often, you will still find non-recessed sockets that are compatible with type J, which also accept the Europlug, but not plugs of type E, F, or E&F, since their pins are too thick (4.8mm). In some very old installations, sockets that are compatible with type E plugs are found. These non-recessed sockets will sometimes physically also accept plugs of type E, F, and E&F, but grounding will not be effective. Since 1 January 2013, it is only allowed to import or sell electronic devices with plugs with ''partly insulated'' pins, such as type C (CEE 7/16, SEV 1011 type 11) and type J (SEV 1011 type 12).<ref>[http://www.biaonline.com/catalog/pdfs/09/0911.pdf New standard for plugs in Switzerland starting from 2013] (PDF, 191&nbsp;KiB, German/English)</ref>
|-
|-
|[[Yemen]] || A, D, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||Power cords with type A plugs which are rated at only 125 V should not be used.
|[[United Kingdom]]|| G ||align=center| 230 V ||align=center| 50&nbsp;Hz || The voltage and frequency for consumer supply in the UK is mandated in Regulation 27 of the ''The Electricity Safety, Quality and Continuity Regulations 2002''.<ref>{{Citation | place = UK | url = http://www.legislation.gov.uk/uksi/2002/2665/regulation/27/made| title = The Electricity Safety, Quality and Continuity Regulations 2002 PART VII Regulation 27| publisher = UK Government | year = 2002}}</ref> The Wiring Regulations, [[BS 7671]],<ref>Geoff Cronshaw: [http://www2.theiet.org/Publish/WireRegs/WiringMatters/Documents/Issue23/2007_23_summer_wiring_matters_brief_overview_17th_edition.pdf The 17th edition: a brief overview]</ref> require the use of [[BS 1363]] sockets (Type G). which often have an on-off switch for each outlet. A "shaver unit" with isolation transformer accepting the UK shaver plug (BS 4573) and Europlug (and sometimes an Australian plug) is often found in bathrooms for the connection of shavers and toothbrushes only. The shaver unit may also have a type A 115 V socket. [[IEC 60309]] plugs and connectors are used in industrial and construction locations as well as for outdoor use. Plug types D and M were phased out of general use following the introduction of BS 1363 in 1947, they are still found in specialist applications but are unlikely to be encountered by visitors.
|-
|-
|[[Zambia]] || C ?<ref name="World Plugs Ambiguity"/> D, G ||align=center| 230 V ||align=center| 50&nbsp;Hz ||
|{{Anchor|United States of America}}[[United States]]|| A, B ||align=center| 120&nbsp;V ||align=center| 60&nbsp;Hz || Standardized at 120&nbsp;V.<ref name="nema.org"/> Electricity suppliers aim to keep most customers supplied between 114 and 126&nbsp;V most of the time. 240&nbsp;V/60&nbsp;Hz used for large appliances. Large residential buildings frequently have 120/208 V 3-phase power, with large appliances being connected between two of the phases, giving a voltage of 208 V. Since 1962, Type B outlets are required by [[National Electrical Code (US)|code]] in new construction and renovation. A T-slot Type B is rated for 20 A for use in kitchens or other areas using large 120&nbsp;V appliances.
|-
|-
|[[Zimbabwe]] || D, G ||align=center| 220 V ||align=center| 50&nbsp;Hz ||
|}
|}
| valign="top" |
| valign="top" |

Revision as of 00:50, 2 January 2014

For further information on each plug and discussion on the different voltages and frequencies used, see AC power plugs and sockets and Mains electricity.

This article includes a list of countries and territories, with the plugs, voltages and frequencies they use for providing electrical power to small appliances and some major appliances. Every country has differing rules regarding distribution of electricity for portable appliances and lighting. Voltage, frequency, and wall socket type vary widely, but large regions may use common standards. Physical compatibility of receptacles may not ensure compatibility of voltage, frequency, or connection to earth ground.

This article lists current wall socket, voltage and frequency commonly expected for many regions. In some areas, older standards may still exist. Foreign enclaves or buildings frequented by tourists may support sockets not otherwise used in a country, for the convenience of travellers.

Prime Source - IEC World Plugs

The IEC publishes a web microsite World Plugs[1] which provides the main source for this page, except where other sources are indicated. World Plugs includes some history, a description of plug types, and a list of countries giving the type(s) used and the mains voltage and frequency. The lettering system used here is that described in World Plugs.

Although useful for quick reference, especially for travellers, IEC World Plugs may not be regarded as totally accurate as illustrated by the examples in the Wall Sockets section below, and errors such as Indonesia being listed as using both 220 V and 110 V when the Indosian Standard SPLN 1[2] clearly states the voltage as 230 V.

Wall sockets

Main article: AC power plugs and sockets
Map showing plug usage

The lettering system used here is from World Plugs which defines the letter names and gives a (not always correct) list of what plug types are used where. Type A makes specific reference to American and Japanese plugs, as does Type B which is also specifically rated at 15 A. Type C is specifically identified as the Europlug and there is a list of sockets compatible with Type C plugs (note, the Europlug is designed to work with other sockets, there is no type C socket as such). Type D is specifically rated at 5 A. Type E (grounding pin in socket) and Type F (grounding clips on both sides) are specifically rated at 16 A and defined as having 4.8 mm pins on 19 mm centres. Type G is identified as the fused British plug. The Type H plug is described as unique to Israel. Type I (Australian) is described as having both 10 A and 15 A ratings. Type J (Swiss) is rated at 10 A and is differentiated from Type N. The Type K rating is not shown. The Type L (Italian) description includes both ratings and pin sizes. Type M is described as looking similar to Type D, but with much larger pins. The Type N description is of the two variations of Brazilian plug and socket (Brazilian national standard NBR 14136), however, the original plug and socket is defined in IEC 60906-1 and has been adopted as a South African national Standard (SANS 164-2), the Brazilian version is non-compliant with the IEC standard. Not all plugs and sockets are included in the letter system, for example there is no designation for the plug defined by the Thai National Standard TIS116-2549.

IEC World Plugs is ambiguous in some areas, particularly relating to Type C (the Europlug) which is a plug without a corresponding dedicated socket. Europlugs are designed to fit sockets accepting "4.0 – 4.8 mm round contacts on 19 mm centres" , implying that there must be usage of such sockets in the territories listed as using Europlugs. Despite this, World Plugs lists seven territories as using only Type C (ie, no sockets) and twenty one territories using Type C with no compatible types.[3] Since the Web page does not reference national technical standards that define the dimensions and tolerances of devices, a plug and socket that are classified there under the same letter will usually mate, but there is no guarantee of this.

The IEC also publishes IEC Technical Report 60083 which lists standards used by IEC member countries.[4]

The United States Department of Commerce published an earlier guide,[5] which is now obsolescent and which has known inaccuracies, see History of similar guides section below.

Multi-standard sockets are sometimes used in China and some other Asian countries; these are intended to accommodate plugs conforming to various different standards. They do not normally have earthing (grounding) connections for either CEE 7/4 "Schuko" or CEE 7/5 (French). In multi-standard sockets, the aperture size for NEMA plugs is often the same for both Line (Hot) and Neutral, which allows a polarized plug to be inserted in either orientation thus defeating the safety feature. Also, in a socket designed to accept both NEMA and BS 1363 plugs, the polarization can only be correct for one type of plug, so only appliances which do not require specific polarization should be connected.[6] Multi-standard sockets are illegal in some countries such as the UK, and have been classified as a serious safety risk.[7]

Adapters that allow insertion of otherwise mechanically incompatible plugs into sockets are useful for travelers, but, as with multi-standard sockets, may not provide the grounding and polarization intended by a compatible system of plugs and sockets.

Plugs and power cords

Plugs and power cords have a rated voltage and rated current assigned to them by the manufacturer, and these values are required to be marked on the plug. For a plug, the values are normally those specified in the relevant standard sheet. The international preferred rating for household plugs and sockets is either 130 V or 250 V, these are the values for normal use, and at which they are tested. (Plugs and power cords are also required to be tested at higher voltage for a brief period of 1 minute to test their electrical strength in case of fault conditions.)[8] The NEMA 1–15 U.S. 2 pin (Type A) and NEMA 5–15 U.S. 3 pin (Type B) plugs are rated at 125 V .[9] Travelers from countries which use mains voltages below 130 V, such as North America and Japan etc, should note that in counties which use the higher mains voltages in the range 220 – 250 V the plugs are rated at 250 V.[10] Travellers should ensure that they always use appliances, plugs and power cords which are appropriate for the territory they are in.

Sockets connected to mains voltages above 125 V and which accept Type A or B plugs may be suitable for plug-top chargers and power supplies with Type A pins, providing they have a suitable voltage rating.

Voltages

Voltage and frequency map range:
  220–240 V/60 Hz  
  220–240 V/50 Hz
  100–127 V/60 Hz
  100–127 V/50 Hz

Voltages in this article are the nominal single-phase supply voltages. Three-phase and industrial loads will have other voltages.

All voltages are root mean square voltage; the peak AC voltage is greater by a factor of √2, and the peak to peak voltage greater by a factor of 2√2.

History of similar guides

In 1948 the US Government Printing Office published World electrical current characteristics.[11] This contained information on voltages used in the cities of many countries, but no information on plugs. The guide was republished by the US Department of commerce in 1954 as Electric Current Abroad. This was updated from time to time and the 1967 version includes some information on plugs,[12] however only 3 types were designated: Type A, illustrated by a US style 2 pin plug, Type B, illustrated by a sketch of a BS 546 type, and Type C, illustrated by a sketch of a BS 1363 type. The 1984 edition[13] uses the letters A to G in the same manner as they are used today. The last printed edition (listing plugs from A to H) was that of 1998, reprinted in 2002,[5] it includes brief textual descriptions of each type illustrated by a sketch, only Type F (described as a Schuko) is specifically linked to an a generally recognized type. The International Trade Administration of the US Department of Commerce now publishes a web version: Electric Current Worldwide which still does not include the full list of plug types, it does not describe Type M or type N. There are sketches and photographs of each type, but no textual description or references to actual standards. Examples of errors in this website include the failure to mention that Brazil uses Type N, although that has been the national standard in that country since 1998; stating that the UK uses type C, which is not permitted there; and claiming that China uses Type H (the Israeli plug) when the main Chinese plug is actually type I.

There are many web sites from unofficial sources which also purport to offer lists of voltages and plug types.

Table of mains voltages and frequencies

Note: The table can be sorted using the icon. A key to reference letters to socket types can be found on AC power plugs and sockets.

Region Type(s) of plug / socket Residential Voltage Frequency Comments
Afghanistan C, F 220 V 50 Hz
Albania C, F, 230 V 50 Hz
Algeria C, F 230 V 50 Hz
American Samoa A, B, F, I 120 V 60 Hz
Andorra C, F 230 V 50 Hz
Angola C ?[3] 220 V 50 Hz
Anguilla A 110 V 60 Hz
Antigua and Barbuda A, B 230 V 60 Hz
Argentina C ?[3], I 220 V 50 Hz
Armenia C, F 230 V 50 Hz
Aruba A, B, F 127 V 60 Hz
Australia I 230 V[14] 50 Hz Bathrooms in hotels will often have a type I, C and A socket marked "for shavers only" as pictured on the right.
Austria C, F 230 V 50 Hz
Azerbaijan C, F 230 V 50 Hz
Bahamas A, B 120 V 60 Hz
Bahrain G 230 V 50 Hz
Bangladesh C, D, G, K 220 V 50 Hz
Barbados A, B 115 V 50 Hz
Belarus C, F 220 V 50 Hz
Belgium C, E 230 V 50 Hz
Belize A, B, G 110 V
220 V		 60 Hz
Benin C, E 220 V 50 Hz
Bermuda A, B 120 V 60 Hz
Bhutan C, D, F, G, M 230 V 50 Hz
Bolivia A, C ?[3] 115 V
230 V		 50 Hz
Bosnia and Herzegovina C, F 230 V 50 Hz
Botswana D, G, M 230 V 50 Hz
Brazil C, N 127 V
220 V		 60 Hz Since Jan 1st 2010 all devices and new buildings must comply with NBR 14136.
British Virgin Islands A, B 110 V 60 Hz
Brunei G 240 V 50 Hz
Bulgaria C, F 230 V 50 Hz - Burkina Faso C, E 220 V 50 Hz
Burundi C, E 220 V 50 Hz
Cambodia A, C ?[3], G 230 V 50 Hz Power cords with type A plugs which are rated at only 125 V should not be used.
Cameroon C, E 220 V 50 Hz
Canada A, B 120 V 60 Hz
Cape Verde C, F 220 V 50 Hz
Caribbean Netherlands
[citation needed]		 A, B, C 127 V
220 V		 50 Hz, 60 Hz No reliable source found. IEC World Plugs lists only the defunct Netherlands Antilles of which these islands were part.
Bonaire 127 V, 50 Hz, Receptacle is combination of A and C; Saba and St. Eustatius 110 V, 60 Hz, A, maybe B
Cayman Islands A, B 120 V 60 Hz
Central African Republic C, E 220 V 50 Hz
Chad C, D, E, F 220 V 50 Hz
Chile C, L 220 V 50 Hz
China A, C, I 220 V 50 Hz Most wall outlets simultaneously support Types A and I. Some outlets support Type C as well (the holes in the outlets are flat in the middle and round on the sides) so that either a Type A, a Type C or a Type I (unearthed) plug can be used.[citation needed] (See photo at right.) A second outlet only type I (Earthed) is next to the unearthed multi Type A/C/I outlet. Voltage in China is always 220 V; power cords with type A plugs which are rated at only 125 V should not be used.
Colombia A, B 110 V 60 Hz
Comoros C, E 220 V 50 Hz
Congo, Republic of the C, E 230 V 50 Hz
Congo, Democratic Republic of the
[citation needed]		 C, D, E 220 V 50 Hz
Cook Islands I 240 V 50 Hz
Costa Rica A, B 120 V 60 Hz
Côte d'Ivoire C, E 230 V 50 Hz
Croatia C, F 230 V 50 Hz
Cuba A, B, C 110 V 60 Hz
Curaçao
[citation needed]		 A, B, C 127 V 50 Hz No reliable source found. IEC World Plugs lists only the defunct Netherlands Antilles of which these islands were part.
Cyprus G 240 V 50 Hz
Czech Republic C, E 230 V 50 Hz
Denmark C, E, F, K 230 V 50 Hz
Djibouti C, E 220 V 50 Hz
Dominica D, G 230 V 50 Hz
Dominican Republic A, B 110 V 60 Hz
Ecuador A, B 120 V 60 Hz
Egypt C, F 220 V 50 Hz
El Salvador A, B 115 V 60 Hz
Equatorial Guinea C, E 220 V 50 Hz
Eritrea C, L 230 V 50 Hz
Estonia C, F 230 V 50 Hz
Ethiopia C, E, F, L 220 V 50 Hz
Falkland Islands G 240 V 50 Hz
Faroe Islands C, E, F, K 220 V 50 Hz
Fiji I 240 V 50 Hz
Finland C, F 230 V 50 Hz
France C, E 230 V 50 Hz
French Guiana C, D, E 220 V 50 Hz
French Polynesia
[citation needed]		 A, B, E 110 V
220 V		 60 Hz, 50 Hz Marquesas Islands 50 Hz
No reliable source found. IEC World Plugs has no entry.
Gabon C 220 V 50 Hz
Gambia G 230 V 50 Hz
Georgia C, F 220 V 50 Hz
Germany C, F 230 V 50 Hz
Ghana D, G 230 V 50 Hz
Gibraltar C ?,[3] G 240 V 50 Hz
Greece C, F 230 V 50 Hz
Greenland C, E, F, K 220 V 50 Hz
Grenada G 230 V 50 Hz
Guadeloupe C, D, E 230 V 50 Hz
Guam A, B 110 V 60 Hz
Guatemala A, B 120 V 60 Hz
Guernsey G 230 V 50 Hz
Guinea C, F, K 220 V 50 Hz
Guinea-Bissau C ?[3] 220 V 50 Hz
Guyana A, B, D, G 110 V
220 V[15]		 60 Hz
50 Hz[16]		 Conversion of 50 Hz distribution to 60 Hz is ongoing[17]
Haiti A, B 110 V 60 Hz
Honduras A, B 110 V 60 Hz
Hong Kong G, D 220 V 50 Hz
Hungary C, F 230 V 50 Hz
Iceland C, F 230 V 50 Hz
India C , D, M 230 V 50 Hz Many power outlets are universal and accept many plugs without adapter. A combination receptacle for types C, D and M is usually present.[citation needed]
Indonesia C, F, G 230 V 50 Hz
Iran C, F 220 V 50 Hz
Iraq C ?[3], D, G 230 V 50 Hz
Ireland G 230 V 50 Hz G Sockets and plugs standard as defined by NSAI I.S. 401 (Plug) I.S. 411 (Socket outlet).
Isle of Man G 240 V 50 Hz
Israel C, H, M 230 V 50 Hz Type C, H, M also used in the Palestinian National Authority areas.[citation needed]
Italy C, F, L 230 V 50 Hz
Jamaica A, B 110 V 50 Hz
Japan A, B 100 V 50 Hz, 60 Hz East Japan 50 Hz (Tokyo, Kawasaki, Sapporo, Yokohama, and Sendai); West Japan 60 Hz (Okinawa, Osaka, Kyoto, Kobe, Nagoya, Hiroshima).[citation needed] 120 V in military facilities in Okinawa.[citation needed]
Jersey G 230 V 50 Hz
Jordan B, C, D, F, G, J 230 V 50 Hz Power cords with type A or B plugs which are rated at only 125 V should not be used.
Kazakhstan C, F 220 V 50 Hz
Kenya G 240 V 50 Hz
Kiribati I 240 V 50 Hz
Kosovo
[citation needed]		 C, F 230 V 50 Hz
Kuwait C ?[3] G 240 V 50 Hz
Kyrgyzstan C, F 220 V 50 Hz
Laos C, E, F 230 V 50 Hz
Latvia C, F 230 V 50 Hz
Lebanon A, B, C ?[3] D, G 220 V 50 Hz Power cords with type A or B plugs which are rated at only 125 V should not be used.
Lesotho M 220 V 50 Hz
Liberia A, B, C, E, F 120 V
240 V		 60 Hz
50 Hz		 Now officially 50 Hz[citation needed] Local supplies may vary and may not match the usual voltage for a particular wall socket.[citation needed]
Libya C, D, F, L 127 V 50 Hz Barca, Benghazi, Derna, Sabha & Tobruk 230 V.[citation needed]
Lithuania C, F 230 V 50 Hz
Liechtenstein C, J 230 V 50 Hz
Luxembourg C, F 230 V 50 Hz
Macau D, F, G, M 220 V 50 Hz
Macedonia C, F 230 V 50 Hz
Madagascar C, D, E, J, K 127 V
220 V		 50 Hz
Malawi G 230 V 50 Hz
Malaysia G[18] 240 V 50 Hz
Maldives D, G, J, K, L 230 V 50 Hz
Mali C, E 220 V 50 Hz
Malta G 230 V 50 Hz
Martinique C, D, E 220 V 50 Hz
Mauritania C ?[3] 220 V 50 Hz
Mauritius C?[3] G 230 V 50 Hz
Mexico A, B 127 V 60 Hz
Micronesia A, B 120 V 60 Hz
Moldova C, F 220 V 50 Hz
Monaco C, D, E, F 230 V 50 Hz
Mongolia C, E 220 V 50 Hz
Montenegro C, F 230 V 50 Hz
Montserrat A, B 120 V
230 V		 60 Hz Power cords with type A or B plugs which are rated at only 125 V should not be used.
Morocco C, E 127 V
220 V		 50 Hz
Mozambique C, F, M 220 V 50 Hz
Myanmar C, D, F, G 230 V 50 Hz
Namibia D, M 220 V 50 Hz
Nauru I 240 V 50 Hz
Nepal C?[3] D, M 230 V 50 Hz
Netherlands C, F 230 V 50 Hz
New Caledonia C, F 220 V 50 Hz
New Zealand I 230 V 50 Hz
Nicaragua A, B 120 V 60 Hz
Niger A, B, C, D, E, F 220 V 50 Hz Power cords with type A or B plugs which are rated at only 125 V should not be used.
Nigeria D, G 240 V 50 Hz
North Korea A, C, F 110 V
220 V		 60 Hz
50 Hz
Norway C, F 240 V
50 Hz
Oman C?[3] G 240 V 50 Hz
Pakistan C, D, G, M 230 V 50 Hz
Palau A, B 120 V 60 Hz
Panama A, B 110 V
120 V		 60 Hz
Papua New Guinea I 240 V 50 Hz
Paraguay C ?[3] 220 V 50 Hz
Peru A, B, C ?[3] 220 V 60 Hz Talara 110/220 V; some areas 50 Hz[19][unreliable source?]
Philippines A, B, C ?[3] 220 V 60 Hz Power cords with type A or B plugs which are rated at only 125 V should not be used.
Poland C, E 230 V 50 Hz
Portugal C, F 230 V 50 Hz
Puerto Rico A, B 120 V 60 Hz
Qatar D, G 240 V 50 Hz
Réunion E 220 V 50 Hz
Romania C, F 230 V 50 Hz
Russia C, F 220 V 50 Hz USSR (along with much of Eastern Europe) used GOST sockets with 4.0 mm pins similar to Type C plugs and the 4.8 mm standard used by Type E & F.[20]
Rwanda C, J 230 V 50 Hz
Saint Helena, Ascension and Tristan da Cunha
[citation needed]		 G 220-240 V 50 Hz
St. Martin C, F 120 V
220 V		 60 Hz Dutch Sint Maarten 120 V, 60 Hz; French Saint-Martin 230 V, 60 Hz;
St. Kitts and Nevis A, B, D, G 110 V
230 V		 60 Hz
St. Lucia G 240 V 50 Hz
Saint Pierre and Miquelon
[citation needed]		 E 230 V 50 Hz
St. Vincent and the Grenadines C, E, G, I, K 230 V 50 Hz
Samoa I 230 V 50 Hz
San Marino C, F, L 230 V 50 Hz
São Tomé and Príncipe C, F 220 V 50 Hz
Saudi Arabia A, B, F, G 127 V
220 V		 60 Hz
Senegal C, D, E, K 230 V 50 Hz
Serbia C, F 230 V 50 Hz
Seychelles G 240 V 50 Hz
Sierra Leone D, G 230 V 50 Hz
Singapore C ?[3] G, M 230 V 50 Hz
Slovakia C, E 230 V 50 Hz
Slovenia C, F 230 V 50 Hz
Solomon Islands I, G 220 V 50 Hz
Somalia C ?[3] 220 V 50 Hz
South Africa C, F, M, N 230 V 50 Hz
South Korea C, F 220 V 60 Hz
Spain C, F 230 V 50 Hz
Sri Lanka D, G, M 230 V 50 Hz
Sudan C ?[3] D 230 V 50 Hz
Suriname C, F 127 V 60 Hz
Swaziland M 230 V 50 Hz
Sweden C, F 230 V 50 Hz
Switzerland C, J[21][22] 230 V 50 Hz
Syria C, E, L 220 V 50 Hz
Taiwan A, B 110 V 60 Hz
Tajikistan C, F, I 220 V 50 Hz
Tanzania D, G 230 V 50 Hz
Thailand A, B, C, F, TIS166-2549 220 V 50 Hz Newer buildings and installation use TIS116-2549 sockets.[23][24] Power cords with type A or B plugs which are rated at only 125 V should not be used.
Timor-Leste (East Timor) C, E, F, I 220 V 50 Hz
Togo C ?[3] 220 V 50 Hz
Tonga I 240 V 50 Hz
Trinidad & Tobago A, B 115 V 60 Hz
Tunisia C, E 230 V 50 Hz
Turkey C, F 230 V 50 Hz
Turkmenistan B, C, F 220 V 50 Hz Power cords with type A or B plugs which are rated at only 125 V should not be used.
Tuvalu I 220 V 50 Hz
Uganda G 240 V 50 Hz
Ukraine C, F 220 V 50 Hz
United Arab Emirates C ?[3] D, G 220 V 50 Hz
United Kingdom G[25] 230 V[26] 50 Hz A "shaver unit" to BS EN 61558-2-5[27] accepting the UK shaver plug (BS 4573), Type C and 2-pin Type I, (and sometimes also type A) is often found in bathrooms.
United States A, B 120 V 60 Hz
US Virgin Islands A, B 110 V 60 Hz
Uruguay C, F, I, L 230 V 50 Hz
Uzbekistan C ?[3] I 220 V 50 Hz
Vanuatu C ?[3] G, I 220 V 50 Hz
Venezuela A, B 120 V 60 Hz
Vietnam A, C ?[3] G 220 V 50 Hz
Yemen A, D, G 230 V 50 Hz Power cords with type A plugs which are rated at only 125 V should not be used.
Zambia C ?[3] D, G 230 V 50 Hz
Zimbabwe D, G 220 V 50 Hz
A (NEMA 1–15 U.S. 2 pin)
rated 125 V AC
B (NEMA 5–15 U.S. 3 pin)
rated 125 V AC
Standardized by IEC as IEC 60906-2
C (CEE 7/16 Europlug)
C (CEE 7/17 Euro 2 pin)
D (BS 546 5 A version of Type M. A smaller 2 A version also available)
E (CEE 7/5 French)
F (CEE 7/4 "Schuko")
E+F (CEE 7/7)
G (BS 1363 UK)
H (SI 32 Israel)
I (AS-3112 Argentina / Australia / New Zealand).
Australian and New Zealand plugs are always switched at the socket.
I, plus sockets for A, C and I (China)
File:J plug.jpg
J (SEV-1011 Switzerland)
K (SRAF 1962/DB Denmark)
L (CEI 23-16 Albania / Canary Islands / Chile / Ethiopia / Italy / Libya / Syria)
M (15 A version of Type D BS 546)
N (Brazilian NBR 14136)

See also

Template:Multicol

Template:Multicol-break

Template:Multicol-end

References

  1. ^ World Plugs Retrieved on 2014-01-01.
  2. ^ SPLN 1 : 1995, Standar PLN. "Tegangan-tegangan Standar". Retrieved 1 December 2013.{{cite web}}: CS1 maint: numeric names: authors list (link)
  3. ^ a b c d e f g h i j k l m n o p q r s t u v w x y z "IEC World Plugs" lists the following territories as using Type C only: Angola, Gabon, Guinea Bissau, Mauritania, Paraguay, Somalia, Togo. It also lists the following territories as using Type C without compatible socket types: Argentina, Bolivia, Cambodia, China, Gibraltar, India, Iraq, Isle of Man, Kuwait, Lebanon, Malaysia, Mauritius, Nepal, Oman, Pakistan, Peru, Singapore, Sudan, United Arab Emirates, Vietnam, Zambia. |World Plugs
  4. ^ IEC/TR 60083 ed6.0: Plugs and socket-outlets for domestic and similar general use standardized in member countries of IEC. International Electrotechnical Commission, February 2009. This 384-page technical report describes many national standards for domestic plugs and sockets. The first edition was published in January 1957 The 7th edition was approved in December 2012 and awaits publication as at January 2014.
  5. ^ a b "Electric Current Abroad" (PDF). U.S. Department of Commerce, International Trade Administration. 2002.
  6. ^ "Universal socket-outlets – friend or foe?" (PDF), SwitchedOn issue 29, UK: Electrical Safety Council, 2013
  7. ^ Weekly overview report of RAPEX notifications Report 5, EU: European Commission, 2013
  8. ^ IEC 60884-1 Plugs and socket-outlets for household and similar purposes – Part 1: General requirements (standard), Geneva, Switzerland: IEC
  9. ^ WD6, Dimensional requirements for plugs and receptacles (standard), USA: NEMA
  10. ^ IEC/TR 60083 Plugs and socket-outlets for domestic and similar general use standardized in member countries of IEC (standard), Geneva, Switzerland: IEC
  11. ^ [1]. Retrieved on 2013-12-14.
  12. ^ [2]. Retrieved on 2013-12-14.
  13. ^ [3]. Retrieved on 2013-12-14.
  14. ^ AS60038-2000 Standards Australia – Standard Voltages
  15. ^ History of Guyana Power and Light. Gplinc.com. Retrieved on 2014-01-01.
  16. ^ History of Guyana Power and Light. Gplinc.com. Retrieved on 2014-01-01.
  17. ^ GPL Converting Parts of the City to 60 Hz, retrieved 2009 July 31. Stabroeknews.com (2009-07-10). Retrieved on 2014-01-01.
  18. ^ [4] – Energy Commission of Malaysia.
  19. ^ Dilwyn Jenkins, The Rough Guide to Peru 2003 Rough Guides, ISBN 1-84353-074-0, p. 57
  20. ^ ГОСТ 7396.1–89. Elec.ru (2013-01-30). Retrieved on 2013-02-05.
  21. ^ Referenzübersicht des Schweizerischen Starkstrominspektorats (Information by Swiss Federal Administration)
  22. ^ New standard for plugs in Switzerland starting from 2013 (PDF, 191 KiB, German/English)
  23. ^ TIS 166-2549 (2006): Plugs and socket-outlets for household and similar purposes : plugs and socket-outlets with rated voltage not exceeding 250 (English translation)
  24. ^ TIS 166-2549 (2006) (Original Thai)
  25. ^ Geoff Cronshaw: The 17th edition: a brief overview
  26. ^ The Electricity Safety, Quality and Continuity Regulations 2002 PART VII Regulation 27, UK: UK Government, 2002
  27. ^ BS EN 61558-2-5:2010 [5]
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