CE and ErP Compliance for Vacuum Cleaners: What Changes for Cordless and Wet-Dry Models

If you are an OEM brand sourcing a vacuum cleaner from a Chinese supplier and shipping into the European market, the hardest part of the deal is not the unit price. The hardest part is the bundle of EU regulations that every vacuum cleaner must satisfy before it crosses the customs line, and the bundle changes meaningfully between household, cordless, and wet-dry models. A buyer who treats CE as a single mark on the carton will get the shipment held by customs the first time a market surveillance authority asks for the technical file. This guide walks through what CE and ErP actually require for vacuum cleaners in 2026, what changed for cordless models in 2024 and 2025, and what stays different for wet-dry industrial units, using the JL-T1301 heavy-duty multifunction wet and dry vacuum as a reference model.

I run vacuum cleaner programs for European and North American brands from the Yuyao campus, and the most common compliance failure I see from first-time buyers is conflating CE, ErP, and RoHS into a single checkbox. Because each framework governs a different aspect of the product, conflating them hides gaps that customs and market surveillance authorities will eventually find. In this guide I want to share the framework I use on every project, so you can run the same compliance review on your own supplier and avoid the rework cost that I see roughly once a quarter from new customers.

What Does CE Marking Actually Mean for a Vacuum Cleaner?

CE marking on a vacuum cleaner is the manufacturer's declaration that the product complies with every applicable EU directive, and for a typical household or cordless vacuum cleaner that bundle includes the Low Voltage Directive (2014/35/EU), the EMC Directive (2014/30/EU), the RoHS Directive (2011/65/EU), and the ErP framework's vacuum-specific regulation. Each directive governs a different aspect of the product: the LVD governs electrical safety, the EMC Directive governs electromagnetic compatibility, RoHS governs restricted materials, and the ErP framework governs energy and standby performance.

• Low Voltage Directive (2014/35/EU) — the safety baseline for electrical equipment rated between 50 V and 1000 V AC or 75 V and 1500 V DC. For a household or cordless vacuum, the LVD is the test report that proves the insulation, creepage distances, and motor protection satisfy the standard.
• EMC Directive (2014/30/EU) — the framework that governs both radiated and conducted electromagnetic emissions, plus immunity to external electromagnetic fields. The relevant harmonised standards for vacuum cleaners are typically the EN 55014-1 emission series and the EN 55014-2 immunity series, both of which must be tested on the final product configuration, not just on the motor alone.
• RoHS Directive (2011/65/EU) — restricts the use of lead, mercury, cadmium, hexavalent chromium, and certain phthalates and flame retardants in electrical equipment. For a vacuum cleaner, the RoHS test report covers the plastics, the solder, and the motor insulation, and the report must reflect the bill of materials of the production unit, not a pre-production prototype.
• ErP framework — the framework directive that creates eco-design and energy-labelling regulations for energy-related products. For vacuum cleaners, the specific regulations are 666/2013 (household models), 2019/1781 (external power supplies), and 2019/1782 (standby and networked standby).

What Changes for Cordless Vacuum Cleaners in 2024 and 2025?

Cordless vacuum cleaners inherit every household-vacuum requirement and gain a battery and charger compliance layer that mains-powered models do not carry. The bundle of CE compliance therefore expands, and two regulatory shifts in 2024 and 2025 have tightened the rules further for cordless platforms.

Battery safety: IEC 62133-2 is the new baseline

The battery pack in a cordless vacuum must be tested to IEC 62133-2, which is the international standard for safety of lithium-ion cells and batteries used in portable applications. The standard covers mechanical shock, thermal abuse, over-charge, short-circuit, and forced discharge scenarios, and a battery that ships without an IEC 62133-2 test report will be held at EU customs. Because battery failures are the highest-severity field event for any cordless product, this is the test report we treat as non-negotiable on every cordless SKU we ship. In our own project file we reject any battery supplier whose IEC 62133-2 report does not list the cell model in our BOM, and we have walked away from two cell suppliers this year on that rule alone.

Charger efficiency: EU Regulation 2019/1781 tightened in 2024

EU Regulation 2019/1781 sets eco-design requirements for external power supplies, and the thresholds tightened further in April 2024 for chargers rated between 75 W and 250 W. The rule requires that no-load power consumption stay below a small fraction of a watt, that average active efficiency meet a curve that depends on the rated output, and that the supplier publish the efficiency data in the technical file. Because most cordless vacuum chargers fall in this band, the 2024 tightening is the single biggest 2024-2025 compliance change for cordless platforms, and a charger designed before 2024 typically needs a redesign to meet the new curve. In our own laboratory we measure no-load and active efficiency on every charger we ship, and we have replaced two legacy charger designs this year to clear the 2024 curve.

Standby and networked standby: 2019/1782 and the 2024 amendment

EU Regulation 2019/1782 covers standby and off-mode consumption for electrical and electronic household and office equipment, and the regulation applies to the charging dock of a cordless vacuum when the dock has networked standby capability. The threshold for off-mode and standby is now in the low single-digit watt range, and the threshold for networked standby sits around 2 W with a display allowance. Because cordless vacuums increasingly ship with networked charging docks that report state to a phone app, the dock now falls inside the regulation where it used to sit outside it.

Suction-power and runtime disclosures

For household cordless vacuums, the suction power on the energy label is measured per EN 60312-1, but the runtime and the dust-bin capacity are not part of the energy label; instead, they are part of the product fiche that must accompany the label. Because cordless vacuums vary more in runtime than mains-powered models, the runtime number is the comparison customers actually read first, and we recommend publishing that number prominently in the product fiche alongside the energy label, not buried in the user manual.

What Is Different for Wet-Dry Vacuum Cleaners?

Wet-dry industrial vacuum cleaners are treated separately from household models under EU Regulation 666/2013, but the CE marking, the EMC Directive, the LVD, and the RoHS Directive still apply in full. The practical effect is that the energy label is not required, but the compliance bundle otherwise looks the same.

For wet-dry industrial vacuums, the relevant compliance disclosure is the motor efficiency, the noise level, and the dust-reemission class. Our JL-T1301 heavy-duty wet and dry vacuum carries a 600 W motor, an airflow of at least 17 L/s, a vacuum suction of at least 15 kPa, and a noise rating of at most 83 dBA, which is the disclosure set we publish on the product fiche. Because wet-dry industrial vacuums are sold into commercial channels rather than consumer retail, the disclosure is rarely governed by a label regulation, but it is governed by the procurement audit, which is just as binding. In our own commercial-channel programs we publish the noise and airflow values on every carton and on every product fiche, because the procurement audit reads those numbers before the engineer even opens the carton.

How Should an OEM Brand Qualify a CE and ErP Compliant Supplier?

Qualifying a CE and ErP compliant supplier takes five steps over three weeks: classify the model, request the test reports, verify the battery compliance, verify the suction-power measurement, and confirm the technical file maintenance. Skipping any of these is how a buyer ends up with a unit that passes customs on day one and fails an audit in year two.

Step 1: Classify the model into the right regulatory bucket

First, classify the model into household vacuum cleaner, cordless handheld/stick, or wet-dry industrial, because each class triggers a different combination of CE marking, ErP regulation, and EU motor efficiency rules. A supplier who conflates the three classes is not yet qualified, because the test reports they hold will not match the model you are buying. In our own project intake, we always confirm the regulatory bucket in the first conversation, because that determines which test report set the supplier must produce.

Step 2: Request the test reports behind every claimed certificate

Next, request the LVD test report, the EMC test report, the ErP test report, and the RoHS test report on the actual model number you are buying, because a certificate image without a matching test report is marketing material, not compliance. Because the model number on the test report must match the model number on the carton label, the report should be from a credible EU-recognised test laboratory, dated within the past five years, and listing the harmonised standards applied.

Step 3: Verify the cordless battery compliance path

Then, for cordless models, verify the battery and charger are tested to IEC 62133-2 and that the charger carries the EU plug variant for the destination country, because a battery that ships without that test report fails customs in the EU. For Li-ion panels running a smart charger, the IEC 62133-2 test report must cover the specific cell model in the BOM, not a generic cell from the same family, and the smart-charging firmware must be in the production firmware version, not a development version.

Step 4: Verify the suction-power disclosure test

After that, for household vacuum cleaners, confirm the supplier can demonstrate the suction-power measurement per EN 60312-1, because EU Regulation 666/2013 requires that value to be published on the energy label and on the product fiche. The measurement must be performed at the rated voltage with an empty dust container and a clean filter, and the test lab must be EU-recognised for EN 60312-1, because a self-declared suction-power number is not acceptable to the market surveillance authority.

Step 5: Confirm the technical file and DoC maintenance

Finally, confirm the supplier maintains the technical construction file and the Declaration of Conformity for at least ten years after the last unit is placed on the EU market, because the EU market surveillance authorities can request those documents at any point in that window. The DoC must list the manufacturer's name and address, the model number, the directives and harmonised standards applied, and the date and signature of the responsible person, and we recommend confirming those four fields before signing the supply contract.

If you want a second opinion on a supplier's compliance pack before you ship, you can request the ErP and CE compliance file from our team, and we will share the test reports, the Declaration of Conformity, and the technical construction file index on the actual production model.

How Does CE Compliance Vary by Region?

The CE framework is EU-specific, and selling outside the EU requires a separate compliance pack that runs in parallel rather than as a substitute. The most common error from first-time exporters is assuming that CE marking is a global mark — it is not, and shipping CE-marked product to North America or Australia without the regional compliance pack creates customs delays.

The UK is the most-cited exception, because the UKCA mark replaced the CE mark for the UK market after Brexit, and UK ErP equivalents mirror the EU ErP regulations with minor textual differences. For the United States, the most-cited gap is FCC Part 15 for the battery charger and DOE energy rules for household models, both of which must be tested on the actual product configuration, not piggy-backed on the EU reports. In our own export file we run the CE pack, the UKCA pack, and the FCC pack in parallel on every household SKU, and we treat that as the standard cost of selling into the three largest markets.

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