Regulation (EU) 2023/1542 requires removable or replaceable batteries in most consumer appliances by 18 February 2027. For vacuum OEM project managers running programs for European brands, that date is now close enough to act on. This article walks through the four obligations, the REMAK definition that determines whether your vacuum cleaner is in scope, and the documentation set your European buyer will ask for before signing off on the first production run.
What This Article Covers
- Is your vacuum cleaner in scope? The REMAK definition
- Article 11: The geometric and functional requirements for the battery compartment
- Article 13: Battery information and the EU battery passport QR code
- Conformity assessment and CE marking for the vacuum cleaner as a whole
- The February 2027 deadline and what it means for programs in development now
- The four-step compliance checklist for your project timeline
- Answers to the six questions EU procurement leads ask first
Is Your Vacuum Cleaner In Scope? The REMAK Definition Under Article 11
Regulation (EU) 2023/1542 divides the removable-battery obligation into two buckets. The first covers batteries already designed for user removal — button cells, AA cells. Those have been in scope since August 2023. The second bucket is REMAK: batteries built into appliances that were not previously designed for user removal must be redesigned so they can be removed and replaced by the end user, or by an independent professional, without permanent damage to the appliance. From 18 February 2027, a cordless stick vacuum or handheld vacuum with a non-removable built-in battery is not compliant.
The vacuum cleaner's battery is in scope under Article 11 if it was built into the housing without a user-removal design at the start of the program. This is the single question that determines whether the entire battery compartment redesign is required. For most cordless stick and handheld vacuum programs, the answer is yes — and the redesign is not optional.
A vacuum cleaner's battery is REMAK-classified if the battery is built into the housing and was not originally designed for user removal. If the product spec did not include a removable battery at the start of the program, the battery is almost certainly in scope under Article 11 of Regulation (EU) 2023/1542.
The regulation is explicit that "removable" means without special tools, without force, and without technical knowledge the average end user would not have. A tool-free latch that a user can open with their fingers is the standard compliance path. Cordless stick vacuums, handheld vacuums, and robot vacuums — including the pet grooming vacuum kit with removable battery — are the primary targets: their batteries are built into the handle or body. Professional-grade units with batteries exceeding 2 kWh fall under the industrial battery provisions instead.
Article 11: The Geometric and Functional Requirements for the Battery Compartment
Article 11 requires the battery to be removable without special tools, without force, and without technical knowledge the average consumer would not have. Each criterion has a direct implication for the vacuum cleaner housing design.
No special tools
"Special tools" in the regulation means screwdrivers, prying tools, heat guns, or any equipment that is not normally found in a domestic household. A standard cross-head or flat-head screwdriver that a consumer might keep in a kitchen drawer is not a special tool under the regulation; a Torx driver or a specific proprietary bit is. The most straightforward compliance path for a cordless stick vacuum is a snap-fit or clip latch that releases with finger pressure alone.
A snap-fit or clip latch is the lowest-cost compliance mechanism for a cordless stick vacuum battery compartment. The mechanism must hold the battery firmly during use and release with finger pressure alone; the same latch geometry must survive several hundred opening cycles over the product service life.
No force
The battery removal action must not require the consumer to force the cover, the connector, or the battery itself. If a consumer needs to pull hard enough to risk cracking the housing, the design is not compliant. Early prototype testing matters: the insertion and removal cycle must be validated for the expected service life, typically five years and several hundred insertion and removal cycles.
The 300-cycle insertion and removal test is the minimum validation for a REMAK-compliant battery compartment. If the battery connector or housing geometry fails before 300 cycles, the design does not survive the expected service life of a cordless vacuum cleaner and is not compliant.
No technical knowledge
The end user must be able to read the instructions — if the appliance comes with instructions — and execute the battery removal without needing to understand electrical systems, safety precautions, or the battery management system. The instructions must be in the language of the country where the product is sold, which for EU market programs means all 24 official EU languages, or at minimum the languages of the member states where the brand distributes.
The Article 11 geometric requirement is a tool-free latch, a finger-grip battery, and clear instructions in the destination market language. The battery connector and the housing geometry are the two design elements that need the most validation work during the prototype phase.
Article 13: Battery Information and the EU Battery Passport QR Code
Beyond the mechanical REMAK requirement, Article 13 of Regulation (EU) 2023/1542 imposes information obligations that apply to the battery, not directly to the vacuum cleaner as a finished product. The vacuum cleaner documentation set must reference the battery information as part of the CE conformity file.
Article 13 information obligations run parallel to Article 11 and apply regardless of whether the battery is REMAK-classified. A vacuum cleaner with a pre-existing removable battery still needs the battery passport QR code, the REACH declaration, and the EU battery database entry before it can be placed on the EU market after February 2027.
The battery passport QR code
Every REMAK battery placed on the EU market from February 2027 must carry a QR code that links to a battery passport — a machine-readable dataset that contains the battery's chemistry, capacity, voltage, cycle life, origin, carbon footprint, and the identity of the economic operator responsible for placing it on the market. The QR code must be scannable on the battery itself, not just on the packaging or the instruction manual.
For a vacuum OEM program, the QR code is typically generated from a data matrix that links to the EU battery database. The database entry must be created and validated before the CE mark is affixed. The battery passport data matrix is a separate data item from the vacuum cleaner's own technical file, but both are required simultaneously at the point of market entry.
Required battery information in the passport
The battery passport must contain the Annex XIII required information: chemical composition and cathode chemistry, rated capacity and voltage, minimum average charge cycle duration, carbon footprint profile per Annex III, economic operator identity, country of origin, and battery weight. For Li-ion batteries — the standard chemistry in cordless vacuum cleaners — the REACH Article 33 declaration and the CLP classification must also be referenced in the passport.
The EU battery passport QR code must be on the battery, not just the packaging, and the dataset must be uploaded to the EU battery database before the CE mark is affixed. The passport is a live document: if the battery chemistry changes, the passport must be updated and the database entry must reflect the change before the revised battery is placed on the market.
The REACH and hazardous substances interface
For vacuum cleaner Li-ion batteries, the REACH Article 33 declaration confirms the battery chemistry does not contain substances of very high concern (SVHCs) above 0.1 percent. If your battery supplier cannot produce this declaration before production qualification, that is a supply chain risk that cannot be deferred.
Conformity Assessment and CE Marking for the Vacuum Cleaner as a Whole
The vacuum cleaner as a finished product carries a CE mark under the Low Voltage Directive (LVD) 2014/35/EU, the Electromagnetic Compatibility (EMC) Directive 2014/30/EU, and Regulation (EU) 2023/1542. The battery regulation does not replace the LVD or EMC — it sits alongside them. The CE technical file must cover all three frameworks.egal-content/EN/TXT/?uri=CELEX:32014L0030" rel="nofollow">Electromagnetic Compatibility (EMC) Directive 2014/30/EU, in addition to the battery-specific requirements under Regulation (EU) 2023/1542. The battery regulation does not replace the LVD or EMC — it sits alongside them. The CE technical file for the vacuum cleaner must cover all three regulatory frameworks; the test reports are separate documents compiled into one file.
The CE technical file for a battery-powered vacuum cleaner covers three regulatory frameworks simultaneously. Test reports are separate documents compiled into a single file maintained for ten years from the last shipment date.
For the battery, the applicable harmonised standards are IEC 62133-2 (safety of portable rechargeable Li-ion cells and batteries) and, for the battery management system, IEC 63056 (secondary lithium-ion cells and batteries for use in industrial applications — the standard most commonly referenced for vacuum cleaner battery packs). The IEC 62133 test report is the centrepiece of the battery section of the technical file. If the battery has been tested to an earlier version of the standard, the notified body reviewing your file may require an update to the current version.
The IEC 62133-2 test report must be to the current version of the standard at the time of CE marking, not the version that was current when the battery was first developed. Check with your accredited laboratory on the version status before you submit the technical file.
The battery management system firmware must be re-validated after the battery compartment redesign because the connector geometry and insertion force profile change. The BMS firmware validation is part of the IEC 62133-2 test report scope and cannot be skipped because the connector geometry changed.
The notified body and the battery test report
For most vacuum cleaner OEM programs where the battery is below 2 kWh and the chemistry is a standard Li-ion formulation, the IEC 62133-2 test report can be obtained from an accredited third-party laboratory without mandatory notified body review. If the program uses a new or non-standard battery chemistry, or if the LVD conformity assessment requires notified body involvement, clarify the testing pathway early. A clarification at the prototype stage costs much less than a delayed launch.
A program using a new or non-standard Li-ion chemistry must clarify the testing pathway with a notified body before the prototype stage closes. The difference between a self-declaration pathway and a notified-body pathway is six to twelve weeks in the program timeline and a four to five figure cost in test fees.
The WEEE interface
Battery-powered vacuum cleaners are subject to Directive 2012/19/EU on Waste Electrical and Electronic Equipment (WEEE). The vacuum cleaner must be marked with the WEEE symbol and the producer must be registered in the national WEEE register of each member state of sale. The battery is a separate WEEE component and must be separately marked and recyclable. The OEM agreement should specify who holds the WEEE producer responsibility in each destination market.
The OEM agreement must specify who holds WEEE producer responsibility in each destination EU member state before the first purchase order is signed. If this is not agreed in writing before production starts, the brand's EU authorised representative carries the default legal responsibility and may not have budget for it.
The February 2027 Deadline: What It Means for Programs in Development Now
The 18 February 2027 deadline is not a soft target. From that date, non-compliant vacuum cleaners cannot be legally sold in any of the 27 EU member states. There is no grace period and no grandfather clause for supply chain inventory. Products manufactured before the deadline but still in the supply chain are also subject to market surveillance if they do not meet the REMAK requirement at the time of market placement.
There is no grandfather clause for existing inventory in the supply chain after 18 February 2027. A vacuum cleaner manufactured before the deadline but not yet sold is also subject to market surveillance if it does not meet the REMAK requirement at the time it is placed on the market.
For programs currently in the engineering validation or tooling stage, the February 2027 deadline is a hard constraint on the program timeline. A typical vacuum cleaner OEM program runs twelve to eighteen months from brief to first shipment. Programs that start tooling now will be ready for production qualification in mid-to-late 2026 — leaving a narrow margin before the deadline for the CE documentation, battery passport registration, and buyer sign-off. Programs that have not yet started the battery compartment redesign are at risk of missing the deadline if they are targeting EU market entry in 2027.
A vacuum cleaner OEM program targeting EU market entry in 2027 must have the battery compartment redesign validated and the IEC 62133-2 test report in hand before tooling sign-off. Testing cannot run in parallel with tooling because the test report certifies the production-intent design, not the prototype.
Programs that have not started the battery compartment redesign before the end of 2025 are at risk of missing the February 2027 EU market deadline. The IEC 62133-2 battery test report, the EU battery passport database entry, and the CE technical file revision cannot be completed in parallel with tooling — they must follow tooling sign-off because they test the production-intent design.
The Low Voltage Directive interface
The Low Voltage Directive 2014/35/EU applies to the charging circuit, the battery management system, the charging connector, and the thermal cut-out of a cordless vacuum cleaner. The test reports for the LVD and the battery regulation are separate documents compiled into the same technical file.
The charging unit and the battery management system are within LVD scope even on a cordless vacuum cleaner that operates below the LVD voltage threshold at the battery terminal. The LVD declaration and the battery regulation declaration are separate documents in the same technical file.
The Four-Step Compliance Checklist for Your Vacuum OEM Project
Use this checklist at the engineering review milestone before tooling approval. Each step requires an output document before the program moves to the next phase.
Step 1 — Determine the REMAK classification. Review the battery design against the Article 11 definition and document the classification decision in the program record. If the battery was designed as user-removable from the start, the mechanical design is already in compliance, but the battery passport and Article 13 obligations still apply.
The REMAK classification decision must be documented in the program record before the engineering review milestone, not after. A documented classification decision protects the OEM and the brand if the product is challenged by market surveillance authorities in a member state.
Step 2 — Redesign the battery compartment. Complete the mechanical redesign to meet the tool-free, no-force, no-special-knowledge removal criteria. Run a 300-cycle insertion and removal test on the prototype — the minimum validation gate before tooling sign-off.
The 300-cycle insertion and removal test is the engineering validation gate for the battery compartment redesign. If the design fails the cycle test, it cannot proceed to tooling regardless of how clean the mechanical prototype looks.
Step 3 — Compile the battery technical documentation. Collect the IEC 62133-2 test report from an accredited laboratory, the REACH Article 33 declaration, the battery passport dataset in Annex XIII format, and a draft QR code or data matrix. Review the BMS firmware against the LVD safety interface requirements.
The IEC 62133-2 test report, the REACH Article 33 declaration, and the battery passport dataset are the three documents that EU procurement leads request first when qualifying a new vacuum cleaner OEM supplier for the EU market. If any of the three is missing, the procurement lead cannot complete the supplier qualification checklist.
Step 4 — Register and affix the CE mark. Register the battery model in the EU battery database, complete the CE technical file, obtain the CE declaration of conformity, and affix the CE mark to the vacuum cleaner and the battery. Ensure the WEEE registration is in place for the destination EU member states. The battery passport QR code must be scannable on the physical battery before the first shipment.
The battery passport QR code must be tested for scannability on the physical battery, not just on the packaging or the prototype unit. A QR code that works on a prototype but is obscured by the battery housing geometry is not compliant at the point of market placement.
The four documents EU procurement leads ask for first, in order: the IEC 62133-2 battery test report, the REACH Article 33 declaration, the EU battery passport data matrix, and the WEEE registration number for the destination member state.
Six Questions EU Procurement Leads Ask First
What is the REMAK battery definition under EU Regulation 2023/1542?
REMAK (Replaceable by End Users or Qualified Professionals) covers portable batteries built into appliances where the battery was not previously designed to be removed. If a battery in a vacuum cleaner was never intended to be taken out by the user, it now must be designed so that it can be replaced by the end user or an independent professional without permanent damage to the appliance. The definition is in Article 11 of Regulation (EU) 2023/1542 on the EUR-Lex official legal text portal.
When does the removable battery requirement take effect?
The removable and replaceable battery requirement for most consumer appliances including vacuum cleaners takes effect on 18 February 2027, eighteen months after Regulation (EU) 2023/1542 entered into force on 17 August 2023. There is no transition period and no grandfather clause for existing product designs.
Does a tool-free battery compartment comply with the regulation?
A tool-free battery compartment is the most common and cost-effective compliance path for cordless vacuum cleaners. The regulation does not require a screwdriver or any specific mechanism; it requires that the end user can open the compartment, remove the battery, and reinsert it without special tools, force, or technical knowledge. A snap-fit latch, a clip, or a bayonet-style cover that releases with finger pressure is compliant. The battery must also have a grip point so the user can lift it out without using a tool to pry it.
What documentation does a vacuum OEM need under this regulation?
The documentation set covers the battery technical file with the IEC 62133-2 test report, the REACH Article 33 declaration from the battery supplier, the EU battery passport dataset in the Annex XIII format, the battery passport QR code scannable on the physical battery, the CE declaration of conformity covering the battery, LVD, and EMC, and the WEEE registration number for the destination EU member state. These documents are required before the CE mark can be affixed and before the first shipment.
Are there vacuum cleaner categories exempt from the removable battery requirement?
The regulation exempts appliances where the battery is permanently welded or sealed as an integral structural component and removal would permanently damage the appliance. For vacuum cleaners this exemption is narrow: most cordless stick and handheld vacuums fall outside it. Professional-grade equipment with batteries exceeding 2 kWh carries a different classification under the regulation, where the obligation framework shifts to the industrial battery provisions rather than the consumer appliance provisions. If your vacuum cleaner battery is rated above 2 kWh, the specific industrial battery provisions in the regulation apply and the REMAK design requirement may not apply, but the battery passport and information obligations still do.
How does the battery regulation interact with WEEE and REACH?
Regulation (EU) 2023/1542 sits alongside Directive 2012/19/EU (WEEE) and Regulation (EC) 1907/2006 (REACH). WEEE obligations apply to the vacuum cleaner as a whole and to the battery is a separate WEEE component; both must be marked with the WEEE symbol and the producer registered in each EU member state of sale. REACH applies to the battery chemistry: the REACH Article 33 declaration confirms no SVHCs above 0.1 percent. Neither WEEE nor REACH is replaced by the battery regulation; all three frameworks apply simultaneously.
Jinlong runs vacuum cleaner OEM programs for European and North American brands from the Yuyao campus. If you want a written walkthrough of how the battery regulation applies to your specific product spec, or if you want to share a draft battery specification and get a first-pass review of the REMAK classification before you commit to the redesign, the contact page opens the channel.
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