EN 50419: WEEE Marking Symbol, Placement, and Durability

EN 50419 sets the WEEE marking requirements for electrical and electronic equipment sold in the European Union: a crossed-out wheeled bin symbol of specified size and proportions, printed durably on the product with producer identification and a date indicator, so the item can be routed to separate collection at end of life rather than into general waste.¹ The standard is the technical companion to the WEEE Directive (2012/19/EU), which requires the marking as a matter of law and points to EN 50419 as the way to do it.²

The Crossed-Out Wheeled Bin Symbol

The symbol is a wheeled rubbish bin with an “X” through it. It works as a pictogram, so no translation is needed for the dozens of markets a product may ship to across Europe. Its meaning is narrow and specific: do not place this item in unsorted municipal waste; it must go to separate collection.

EN 50419 fixes the geometry. The full symbol combination has to be at least 7 mm tall, which gives the bin portion itself a vertical dimension of 5 mm. That 5 mm floor matches the long-standing minimum for the CE mark and corresponds to a readable distance of roughly 50 cm.³ The ratios between the bin body and the cross are locked in by the standard so the symbol stays recognizable when scaled.

Contrast matters too. The standard requires the symbol to be printed so it is clearly visible against the product surface. A dark symbol on a dark background will not pass, even if the geometry is perfect.

The Solid Bar and the Date Indicator

Most products carry a solid horizontal bar directly beneath the wheeled bin. The bar has a specific legal meaning: it indicates the equipment was placed on the market after August 13, 2005, the date the original WEEE Directive took full effect.¹ Equipment placed on the market before that date sits under different collection-financing rules, which is why the distinction is kept visible on the product.

Producers have three options: the bar alone, a printed manufacturing date next to the symbol, or both together. The 2022 edition of the standard tidied up how these combinations may be arranged, so any of the three approaches works as long as the date reference is unambiguous.⁴

Producer Identification

The bin symbol is one half of the marking. EN 50419 also requires the product to clearly identify who made it, so any discarded item can be traced back to a responsible producer.¹

Three forms of identification are accepted: a registered brand name, a protected trademark, or a unique identification number issued by a national producer registry. Whatever is chosen has to be accurate and verifiable, because regulators cross-check the mark against the corresponding producer registration before allowing the product to be sold. Producer identification plus a date indicator (bar, printed date, or both) is the minimum information set the standard demands on every compliant product.

Where the Marking Goes

The default rule is direct marking on the equipment, in a location the consumer can see. Article 14(4) of the WEEE Directive permits an exception for “exceptional cases” where the size or function of the product prevents this; in those situations the symbol may go on the packaging, the instructions for use, or the warranty document instead.² The EU’s Your Europe portal confirms two grounds trigger the exception: the product is physically too small, or marking it would impair how it works.⁵

No specific millimeter threshold defines “too small,” so this is a judgment call. The 7 mm minimum symbol height gives a practical floor: if a compliant symbol will not fit on any visible surface of the device, packaging placement is justified. Miniature components such as individual LED modules or small sensors commonly rely on this exception.

Durability and the Rub Test

A mark that peels off in the first year defeats the purpose of the standard. EN 50419 requires the marking to remain visible, legible, and intact for the full working life of the product, and it prescribes a rub test to verify that.

The test runs in two stages. A cloth soaked in water is rubbed over the mark for 15 seconds. After drying, a second cloth soaked in petroleum spirit (an aliphatic hexane solvent with tightly controlled properties) is rubbed over the same area for another 15 seconds. The mark has to remain fully legible after both stages. If it does not, the product is non-compliant, whatever the mark looked like when it left the line.

This is why compliant markings are almost always laser-etched, screen-printed with industrial inks, or moulded into the housing. A standard paper or adhesive label will not survive the petroleum spirit stage. Discovering that during third-party testing is expensive, and it is worth choosing the right marking method before production tooling is finalized.

Which Products Need the Mark

Since August 2018, the WEEE Directive has operated under an “open scope” that covers effectively all electrical and electronic equipment placed on the EU market. The six current categories are:

Heat exchange equipment (refrigerators, freezers, air conditioners, heat pumps).
Screens and monitors with a screen surface area greater than 100 cm².
Lamps.
Large equipment with any external dimension greater than 50 cm.
Small equipment with no external dimension greater than 50 cm.
Small IT and telecommunications equipment with no external dimension greater than 50 cm.

If a product runs on electricity or batteries and does not fall inside a specific exclusion (such as equipment designed exclusively for military or space applications), it almost certainly needs EN 50419 marking.²

What Non-Compliance Costs

The WEEE Directive requires each member state to set its own penalties for non-compliance, so the financial exposure varies by country.² Some jurisdictions issue fines that can reach six figures per violation. Non-compliant products can also face immediate sales bans.

Enforcement has tightened. Major online marketplaces, including Amazon, now check WEEE registration status and will delist products that cannot show valid proof of compliance. That gatekeeping has turned the marking requirement from a paper exercise into a real commercial barrier. Getting the symbol, the identifier, the placement, and the durability right during design is far cheaper than reworking a product that has already been manufactured and shipped.

1
Danish Standards. DS/EN 50419:2022 – Marking of Electrical and Electronic Equipment (EEE) in Respect to Separate Collection of Waste EEE (WEEE)
2
Official Journal of the European Union. Directive 2012/19/EU of the European Parliament and of the Council
3
iTeh Standards. SIST EN 50419:2022
4
British Standards Institution. BS EN 50419 – Marking of Electrical and Electronic Equipment (EEE) in Respect to Separate Collection of Waste EEE (WEEE)
5
Your Europe. WEEE Label