Sources<\/a><\/li>\n<\/ul>\n<\/nav>\n<\/div>\nDirect answer: which certifications does a power adapter need?<\/h2>\n CE and FCC cover the EU and the US \u2014 every other destination market has its own regime, and most of them are per-model projects with their own lead times.<\/strong> A factory-level CE\/CB\/FCC dossier does not transfer to Brazil, India, Japan, Korea, Australia or Israel. The CB report you already hold is the single most valuable asset because most national schemes reuse it as the test basis, but the national certificate, the importer of record and the marking are separate work. Plan each market’s power adapter certification as a line item with a lead time and an owner, not as an afterthought after production.<\/p>\nWhy CE and FCC are only the starting point<\/h2>\n CE marking for an external adapter is a manufacturer’s self-declaration<\/strong> backed by EN 62368-1 safety testing and EMC testing under the LVD and EMC directives. FCC Part 15 in the US is similarly a Supplier’s Declaration of Conformity. Both are fast and inexpensive once the design is done, which is why they exist for nearly every model we build.<\/p>\nThe IEC CB Scheme<\/strong> is the bridge to everything else. A CB test report per model, issued by a recognised lab, is accepted as the testing basis by most national certification bodies \u2014 which is why we quote the CB report first and the national certificates second. What the CB report does not<\/em> give you is the national mark, the local importer obligations, the country-specific plug and rated current, or the local-language documentation. Each market adds its own layer on top.<\/p>\nUnited Kingdom: UKCA and the BS plug<\/h2>\n Great Britain moved to its own UKCA marking<\/strong> regime after Brexit, based on BS EN 62368-1 for safety and the UK EMC regulations. Under current government policy, CE-marked goods remain accepted in Great Britain for most product categories<\/strong> \u2014 but the rules have shifted more than once, so verify the current guidance for your product category before shipping, and budget for UKCA if your retailer or distributor demands it. Northern Ireland continues to accept CE.<\/p>\nThe part buyers actually forget is the plug: the UK requires a BS 1363 fused plug<\/strong> (with the correct fuse rating, typically 13A for high-power adapters) and approval of the plug itself. A UK SKU is therefore not just a recertification \u2014 it is a different cable assembly and a plug that must be approved in its own right.<\/p>\nBrazil: INMETRO and ANATEL<\/h2>\n Brazil is the most common blind spot for first-time importers, and for buyers serving the Brazilian market it is the certification with the longest lead time. INMETRO<\/strong> conformity applies to many electrical products placed on the Brazilian market, and mobile-device chargers in particular have their own INMETRO requirements; a generic external power adapter may fall under general electrical product conformity, depending on category. Certification is done through accredited Brazilian certification bodies (OCPs), involves factory assessment and periodic surveillance, and the certificate is held in connection with the Brazilian importer<\/strong>.<\/p>\nIf your adapter includes radio or telecom interfaces \u2014 a USB-C charger with data communication is the usual borderline case \u2014 ANATEL<\/strong> (the telecom regulator) may also apply. Practically, buyers serving Brazil should start INMETRO planning three to six months before launch<\/strong>, name the Brazilian importer early, and confirm scope with an OCP rather than guessing. Portuguese-language labelling and manual requirements ride along with INMETRO and are cheap to satisfy at design time and expensive to retrofit.<\/p>\nIndia: BIS CRS registration<\/h2>\n India operates the BIS Compulsory Registration Scheme (CRS)<\/strong> for power adapters used with IT and electronic equipment, under the Indian standard IS 13252 (Part 1)<\/strong>. The process: test in a BIS-recognised laboratory in India, register with BIS, and mark the product. A registered Indian office or authorised Indian representative is part of the structure, and the registration is per factory and per model family<\/strong> \u2014 which means your Indian SKU planning should be settled before testing begins, because adding models later means adding registrations.<\/p>\nCRS is one of the faster national schemes once testing is done, but the India-side logistics (sample shipment to a BIS lab, the local representative, fee schedule) benefit from an importer or consultant who does it regularly.<\/p>\n
Japan: PSE (DENAN)<\/h2>\n Japan’s Electrical Appliance and Material Safety Law (DENAN)<\/strong> requires PSE for electrical products. Most external power adapters fall under “round” (non-specified) PSE<\/strong>: conformity is demonstrated through testing to the relevant Japanese technical requirements (aligned with IEC standards such as J62368-1), and the manufacturer or importer files notification with METI and affixes the round PSE mark. “Diamond” (specified) PSE applies to a narrower list of higher-risk product categories.<\/p>\nTwo practical notes for Japan: the input is 100V AC 50\/60 Hz<\/strong> with a Type A plug, and the technical requirements have Japan-specific deviations from IEC documents, so budget a Japanese testing step even when a CB report exists.<\/p>\nSouth Korea: KC<\/h2>\n Korea requires KC marking<\/strong> for power adapters, combining electrical safety and EMC (the former KCC\/KC-EMC requirements) under Korean standards aligned with IEC 62368-1. Certification is typically held by the Korean importer or manufacturer’s local representative<\/strong>, tests are done at Korean-recognised laboratories, and factory inspection can be part of the process for safety certification. As with India, the certificate holder being a local entity has commercial consequences \u2014 it strengthens the importer’s position in the relationship, which is worth knowing before you negotiate.<\/p>\nAustralia and New Zealand: RCM<\/h2>\n Australia and New Zealand use the RCM (Regulatory Compliance Mark)<\/strong>, backed by the Electrical Equipment Safety System (EESS). Power adapters are classified as in-scope electrical equipment: depending on the category they are either “declared” articles requiring a Certificate of Conformity from a state regulator<\/strong> plus test reports to the relevant AS\/NZS standard, or non-declared articles requiring a compliance file. EMC requirements ride along under the ACMA framework. The importer or manufacturer must hold a Responsible Supplier registration. The practical takeaway: RCM is not difficult, but it needs an Australian\/NZ entity to register, and “declared” classification should be confirmed for your exact adapter category.<\/p>\nIsrael: SII approval<\/h2>\n Israel requires approval by the Standards Institution of Israel (SII)<\/strong> for regulated electrical products, against the applicable Israeli standard (SI 62368-1 for ICT\/AV equipment safety, plus EMC requirements). The application is importer-driven<\/strong>: the Israeli importer applies, samples are tested at SII, and factory inspection can be part of the process. Lead times are meaningful, so buyers shipping into Israel should open the SII file with their importer as early as the purchase order, not after the goods land. As a factory that ships into Israel, we support the SII process with samples, CB report references and factory-inspection coordination.<\/p>\nPower adapter certification planning table by market<\/h2>\n \n\n\nMarket<\/th>\n Regime \/ mark<\/th>\n Key standard<\/th>\n Typical added lead time<\/th>\n Usual certificate holder<\/th>\n<\/tr>\n<\/thead>\n \n\nEU<\/td>\n CE (self-declaration)<\/td>\n EN 62368-1 + EMC<\/td>\n Days\u2013weeks per model<\/td>\n Manufacturer (factory)<\/td>\n<\/tr>\n \nUSA<\/td>\n FCC SDoC (+ UL\/ETL if retailer demands)<\/td>\n FCC Part 15; UL 62368-1<\/td>\n Days\u2013weeks; UL project longer<\/td>\n Manufacturer<\/td>\n<\/tr>\n \nUK<\/td>\n UKCA (CE currently accepted for most goods)<\/td>\n BS EN 62368-1; BS 1363 plug<\/td>\n Weeks + plug approval<\/td>\n Manufacturer or UK importer<\/td>\n<\/tr>\n \nBrazil<\/td>\n INMETRO (+ ANATEL if applicable)<\/td>\n Category-specific; ABNT standards<\/td>\n Months; + surveillance<\/td>\n Brazilian importer + OCP<\/td>\n<\/tr>\n \nIndia<\/td>\n BIS CRS registration<\/td>\n IS 13252 (Part 1)<\/td>\n Weeks\u2013months incl. India lab queue<\/td>\n Factory registration + Indian rep<\/td>\n<\/tr>\n \nJapan<\/td>\n PSE (round, non-specified)<\/td>\n DENAN technical requirements (J-series)<\/td>\n Weeks incl. Japan testing<\/td>\n Manufacturer \/ importer, METI filing<\/td>\n<\/tr>\n \nKorea<\/td>\n KC (safety + EMC)<\/td>\n KC-aligned IEC 62368-1<\/td>\n Weeks\u2013months; possible factory audit<\/td>\n Korean importer \/ local rep<\/td>\n<\/tr>\n \nAustralia \/ NZ<\/td>\n RCM (EESS)<\/td>\n AS\/NZS equivalents; ACMA EMC<\/td>\n Weeks; CoC if declared article<\/td>\n Responsible Supplier (AU\/NZ entity)<\/td>\n<\/tr>\n \nIsrael<\/td>\n SII approval<\/td>\n SI 62368-1 + EMC<\/td>\n Months; testing + possible audit<\/td>\n Israeli importer (SII applicant)<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\nLead times are indicative planning figures, not quotations \u2014 every scheme moves with lab queues, category scope and document quality.<\/em><\/p>\nModel-specific ATE verification is the base layer every national certification builds on.<\/figcaption><\/figure>\nWho holds the certificate matters more than who pays<\/h2>\n A detail that quietly decides supplier relationships: for several schemes the national certificate must be held by a local entity<\/strong> \u2014 the Brazilian importer for INMETRO, the Korean representative for KC, the Israeli importer for SII, the Responsible Supplier for RCM. When your importer holds your product’s certificate, switching factories or importers later is a re-certification project, not an administrative change. That is fine if you chose your partner well; expensive if you did not. Where the factory can hold the certificate (CE, CB, FCC, BIS factory registration), keep it factory-held so the certification travels with the product.<\/p>\nThis is also why you should ask a prospective factory which national certificates it already holds for platforms similar to yours<\/strong> \u2014 a factory that has been through INMETRO or SII before is weeks faster than one learning the process on your order.<\/p>\nHow to plan certification into your timeline<\/h2>\n Three planning rules that hold across every market. First, reuse the CB report.<\/strong> Insist on a model-specific CB report at the design stage even if you only ship to CE\/FCC markets today \u2014 it is the ticket that makes later national certifications a paperwork-plus-difference-testing exercise instead of a full re-test. Second, run certification in parallel with production tooling<\/strong>, not after it; the certification-window logic is the same one we describe for USB PD 3.2 certification planning<\/a>. Third, lock the plug and rated-current variant per market before certification<\/strong>, because a plug change is a cable-assembly and often a re-approval change, not a label change. Efficiency rules ride along too \u2014 see our guide to external power supply efficiency standards<\/a> for the DOE VI \/ ErP layer.<\/p>\nFrequently asked questions<\/h2>\nDoes CE marking still cover the UK?<\/h3>\n For most product categories, currently yes<\/strong> \u2014 the UK government has committed to continue recognising CE marking in Great Britain, and Northern Ireland accepts it outright. Because the policy has changed more than once, confirm the current position for your category, and expect some UK retailers and distributors to ask for UKCA regardless.<\/p>\nWho owns an INMETRO certificate \u2014 me or the factory?<\/h3>\n Usually the Brazilian importer, working with an accredited OCP.<\/strong> The certificate is tied to the importer of record and the specific product; the factory supplies test data, samples and factory assessment access. This is a commercial commitment to your importer, so choose them with that in mind.<\/p>\nHow long does BIS CRS registration for India take?<\/h3>\n Count weeks to months<\/strong>, dominated by the test queue at a BIS-recognised Indian laboratory and the registration paperwork. Testing itself is quick if the CB report is current; the India-side logistics are the schedule.<\/p>\nDoes changing the plug type require new certification?<\/h3>\n Usually yes, at least a difference test and often a new approval for the plug itself.<\/strong> The plug is a cable assembly change with its own standard (BS 1363, AS\/NZS 3112, NBR 14136 and so on). Decide per-market plugs before certification, not after.<\/p>\nIs a CB report enough for Japan PSE?<\/h3>\n No \u2014 but it shortens the road.<\/strong> Japan’s DENAN technical requirements include national deviations, so a Japanese-conformity testing step is needed even with a current CB report in hand.<\/p>\nDo I need UL certification to sell in the US?<\/h3>\n Not legally \u2014 FCC is the federal requirement.<\/strong> UL or ETL listing is a market-access reality for many retail and insurance contexts, so treat it as a customer requirement, not a government one.<\/p>\nDoes my USB-C charger need ANATEL approval for Brazil?<\/h3>\n If it has radio or telecom functionality, likely yes; pure charging usually falls under INMETRO’s scope instead.<\/strong> The borderline is real \u2014 data-capable USB-C ports get scrutinised \u2014 so confirm the scope with the OCP before assuming either way.<\/p>\nWhat does market certification cost?<\/h3>\n It varies by scheme, model count and lab queue \u2014 from administrative fees for CE-adjacent work to four-figure projects for INMETRO\/SII with factory assessment.<\/strong> Ask for a per-model quotation with the CB report attached, and quote the same package to every cert body so the bids are comparable.<\/p>\n