Product certification

There is no single product certificate accepted worldwide. Every market defines its own scheme, its own issuing authority and its own evidence, and four things decide which one applies to you: the destination market, the product category, the supply voltage, and whether the product transmits radio. Get those four right and the route follows; get one wrong and you pay for testing against the wrong legislation.

What travels between markets, and what does not?

The certificate does not travel. The evidence often does: test reports from an accredited laboratory, a technical file, a factory inspection record, provided they were produced against a standard the destination recognises, by a body it accepts.

The avoidable cost sits there. Test once, to the right standard, at a laboratory with the right accreditations, and one report covers several markets. Test to a national standard nobody else references and you pay again at every border.

Which four things set the route?

Which market. The European Union is largely self-declaration; the Eurasian Economic Union and the Gulf states are third-party certification; the United States is product safety certification by laboratory listing, plus a federal radio authorisation. These are three different processes. What they share is evidence, and a plan written for one does not transfer to the others.

Which category. Schemes are organised by product type, and the category decides whether a third party is involved at all. In the EU a desk lamp is self-declared under the Low Voltage Directive, while pressure equipment above 0.5 bar in category II or higher needs a Notified Body under PED 2014/68/EU, and a toy needs EN 71 test evidence behind its declaration. In the EAEU the same split runs between a declaration and a product conformity certificate from an accredited body; in the Gulf, between a supplier's declaration and a G-Mark type examination by a GSO-notified body.

What voltage. Supply voltage is the most common trigger for electrical safety legislation. The EU Low Voltage Directive 2014/35/EU and the EAEU's TR CU 004/2011 both apply from 50 to 1,000 V AC and 75 to 1,500 V DC; below 50 V AC a product leaves the LVD but stays under general product safety law. The United States draws no voltage line of that kind: OSHA's rule at 29 CFR 1910.303 asks whether electrical equipment in a workplace is approved, which means listed by an NRTL, at any voltage.

Does it transmit. Any deliberate radio emission, whether Wi-Fi, Bluetooth, cellular or RFID, adds a separate approval in almost every market: RED 2014/53/EU in the EU, an FCC ID under 47 CFR Part 15 in the United States, ISED in Canada, ANATEL in Brazil, and a notification under EEC Decision 30 in the EAEU. Each has its own authority and its own identifier.

Where do certification projects go wrong?

Rarely in the laboratory. The recurring failures are procedural: a technical file nobody owned and so nobody assembled; a local representative appointed late, when the certificate cannot issue without one; a facility registration that takes months, started after the goods were made. Each is a schedule problem, and each is visible at the start if the route is mapped before the first sample ships.

How the major markets differ

One product sold into four of these markets is four processes that share some evidence. Plan the evidence once and the repetition gets much cheaper.