Elevator CE Certification: What Importers Must Verify Before Ordering

Elevator CE certification is the legal passport for any lift permanently installed in a European Union building – and, in practice, a quality signal that buyers in the Gulf, Asia and Africa now ask for too. This guide explains what the Lifts Directive requires, which standards apply, which documents to demand from a supplier, and how to check that a certificate is genuine before you transfer a deposit.

One obligation sits outside the CE file altogether: since 1 October 2026 a Saudi importer’s registered name and CR number must be carried on the lift itself, so the Saudi nameplate requirement applies in addition to, not instead of, CE marking.

The short version: elevator CE certification is not a single certificate issued once. It is a conformity assessment procedure in which an EU Notified Body is involved, safety components are certified individually, and the finished lift is declared compliant before it is put into service. Understanding that structure is what separates a real CE package from a decorative PDF.

BST Express Elevator, a lift manufacturer in Suzhou, China, builds six CE-relevant families – passenger, freight, hospital, panoramic, car and dumbwaiter lifts – and ships each one with the document set described below under Directive 2014/33/EU. That package is what buyers should ask every supplier to produce.

What this guide covers

• What elevator CE certification actually means
• The two harmonised standards: EN 81-20 and EN 81-50
• What a document package should contain
• Conformity routes under Article 16
• How to verify a supplier claim
• CE and other market standards
• From certification to shipment
• Frequently asked questions

What Elevator CE Certification Actually Means

The governing law is the Lifts Directive 2014/33/EU, which replaced the older 95/16/EC directive. It covers two things:

• Complete lifts that permanently serve buildings, including passenger, goods, hospital and car lifts.
• Safety components listed in Annex III of the directive – landing door locking devices, overspeed governors, safety gear, buffers, and safety circuits containing electronics, including the rupture valves used on hydraulic lifts.

Annex III is short and specific: five categories, and a component sold into a lift has to be one of them to need its own certificate. Everything else is covered by the lift assessment instead.

Safety component in Annex III	What it does in the lift	The certificate a buyer should see
Landing door locking devices	Hold the landing door shut and prove it is shut before the car is allowed to move	EU-type examination certificate (Annex IV, Part A) naming the lock model and the door it fits
Overspeed governors	Detect the car running above its rated speed and trigger the safety gear	Certificate naming the tripping speed range, not just the model number
Safety gear	Stop and hold the car on the guide rails after an overspeed or a suspension failure	Certificate naming the rated load and the rail width the gear grips
Buffers	Absorb the impact of an over-travel in the pit or at the head	Certificate stating the speed and load range the buffer was tested for
Safety circuits containing electronics	Carry the safety function itself, not merely report a signal	Component certificate – a generic control cabinet does not qualify

Article 15 sets out how each of those gets certified: three routes, and all three involve a Notified Body. Two of them start from EU-type examination of the component model under Annex IV, Part A, followed by random checking under Annex IX or product quality assurance under Annex VI; the third is full quality assurance under Annex VII. There is no route in which a landing door lock reaches the EU market on the manufacturer’s own declaration.

One wording trap worth clearing before anything else. Older files say EC-type examination; current files say EU-type examination. The difference is a rename, not a typo: the phrase EC-type examination appears 43 times in Directive 95/16/EC, the directive that 2014/33/EU replaced, and it appears zero times in 2014/33/EU itself, which renamed the procedure and moved it to Annex IV.

A supplier who still writes EC-typeis quoting from a document written before 2014, which is worth asking about; a buyer searching for EC-type examination is searching with the old term and will land on old answers. The procedure the two names describe is the same one.

The two levels sit in two different articles, and that split is what most buyer checklists get wrong: Article 15 covers safety components, Article 16 covers lifts. A Notified Body is involved in every route under both, because the Lifts Directive has no self-declaration option at all – that is the structural difference from most of the machinery legislation a buyer meets elsewhere.

When a buyer asks for elevator CE certification, the correct answer is therefore a package rather than a single certificate: component certificates, the lift-level document that the chosen route produces, and a Declaration of Conformity for the installed unit. On three of the four lift routes that lift-level document is an EU-type examination certificate; on the fourth it is a unit verification certificate covering one installation.

It is worth noting what falls outside the directive, because the exclusion is written into the text rather than left to interpretation. Article 1(2)(k) states that the Directive does not apply to “escalators and mechanical walkways”. Construction site hoists are excluded separately by Article 1(2)(b), and lifting appliances whose speed does not exceed 0.15 m/s by Article 1(2)(a) – which is why a home lift and a building lift on the same site can sit under two different legal regimes.

Escalators therefore travel the machinery route instead: Directive 2006/42/EC today, Regulation (EU) 2023/1230 from 2027. Under the Directive, Annex IV lists 23 categories of machinery that need a Notified Body, and escalators are not one of them. Item 17 of that list covers lifting appliances for persons with a reach above 3 m, and it is aimed at mobile elevating work platforms, construction hoists and lifting platforms, not at a fixed escalator in a shopping centre.

The practical consequence is that an escalatortype examination is a voluntary third-party assessment rather than a legal requirement. A separate guide sets out why, and the point matters when a tender asks for “the same CE certificate” for a package of lifts and escalators: the lifts need one, the escalators need a declaration of conformity under a different regime. That is also why how CE applies across Eastern Europe is worth reading before a tender names the standard edition.

The Two Harmonised Standards: EN 81-20 and EN 81-50

Conformity with harmonised standards gives a presumption of compliance with the directive’s essential health and safety requirements. For lifts, two standards do the heavy lifting:

• EN 81-20 – safety rules for the construction and installation of lifts: shaft clearances, doors and locking devices, overspeed protection, buffers, machine spaces and emergency arrangements.
• EN 81-50 – design rules, calculations, examinations and tests for lift components, including the type-test procedures used for safety components.

	EN 81-20:2020	EN 81-50:2020
What it governs	The finished lift: shaft, doors, car, suspension, drive and electrics	Individual components and the calculations behind them
Who applies it	The lift supplier, when the complete lift is type examined	Component makers and Notified Bodies, at component type examination
Typical output	The evidence base for the EU-type examination of the lift	Type-examination certificates for safety components
What a buyer receives	A certificate naming the lift model and load range	Component certificates, each with its own number and test standard

EN 81-20: What the Finished Lift Must Prove

EN 81-20:2020 is the edition currently cited in the Official Journal, and it describes the complete machine rather than a part: landing doors and their locking devices, car and counterweight clearances, suspension and traction, overspeed protection, buffers, access to machinery spaces and emergency communication. Because its subject is the whole lift, it is the standard a Notified Body works against when the lift type is examined. When a supplier says a lift meets EN 81-20, ask which edition, and whether the type-examination certificate names it – that is the first line an importer should read in any elevator CE certification file.

EN 81-50: What Each Safety Component Must Prove Alone

EN 81-50:2020 covers the design rules, calculations, examinations and tests of lift components – the type-test procedures that sit behind every safety component. Landing door locking devices, safety gear, overspeed governors, buffers, rupture valves and safety circuits containing electronics each have their own test regime and their own certificate. This is why a genuine elevator CE certification package is never one document: the component certificates come out of EN 81-50 testing, the lift-level document out of EN 81-20. A file with a lift certificate and nothing behind it is incomplete, however good the certificate looks.

Product-specific standards sit alongside them: EN 81-41 for home lifts (typically up to 400 kg and 0.15 m/s), EN 81-70 for accessibility, EN 81-72 for firefighting lifts and EN 115 for escalators and moving walks.

The numeric requirements are what make these standards practical during a factory audit. Landing door locks must achieve mechanical engagement of 7 mm and include an electrical safety contact; overspeed governors must trip at no more than 115% of rated speed; buffers must keep deceleration inside the 0.8-1.0 g band; and overload protection must stop the lift at 110% of rated load. A supplier who knows these figures by heart has almost certainly been through a real elevator CE certification process.

At the BST Express Elevator factory, every safety component arrives already type-tested, and each finished lift runs at 110% of rated load on the test bench before the technical file is signed off.

What Changes in 2026 and 2027

Two dates matter for any order placed now. The successor standard, EN ISO 8100-1, was published on 17 June 2026 but has not yet been cited in the Official Journal, so the presumption of conformity for a lift still rests on EN 81-20:2020 and EN 81-50:2020. A quotation that leads with the new ISO number today is describing a document that cannot yet carry that presumption. The sequence that governs a file in progress, including three dates that are widely misquoted, is set out in the six dates that decide which document binds your file.

Separately, the Lifts Directive refers to the Machinery Directive for its safety requirements, and the Machinery Regulation (EU) 2023/1230 becomes applicable on 20 January 2027. That date is worth stating carefully, because a great deal of published material still gives 14 January 2027. The text printed in the Official Journal on 29 June 2023 did say 14 January; a corrigendum published on 4 July 2023 in OJ L 169 moved that date, along with thirteen others in the same Regulation, to 20 January.

EUR-Lex serves the uncorrected base textunless the corrigendum is opened separately, which is how the wrong date keeps circulating in supplier documents and in buyer checklists. A supplier who quotes 14 January 2027 is working from a superseded copy; a buyer who checks EUR-Lex without opening the corrigendum will confirm the error rather than catch it.

Date	What changes	What it means for an order
17 June 2026	EN ISO 8100-1 published	No effect yet – not cited in the Official Journal, so EN 81-20:2020 still carries the presumption of conformity
1 October 2026	Saudi nameplate rule in force	Importer name and CR number carried on the lift itself, in addition to CE marking
20 January 2027	Regulation (EU) 2023/1230 applies; Directive 2006/42/EC repealed (Article 51(2))	Every unit placed on the EU market from that day must meet the Regulation; there is no sell-off period for new units
On expiry	Type-examination certificates issued under 2006/42/EC	Remain valid until they expire (Article 52(2)) – confirm the scope with the notified body that issued them

For an elevator CE certification file assembled before that date, BST Express Elevator treats EN 81-20:2020 as the governing document on every lift it ships.

Which Documents an Elevator CE Certification Package Should Include

When you ask for elevator CE certification, expect a document set rather than a single image file. The standard package includes:

1. EU Declaration of Conformity (DoC) – issued by the party placing the lift on the market, naming the directive, the harmonised standards applied and the responsible person in the EU.
2. EU type-examination certificate – issued by a Notified Body under Annex IV, Part B for the lift model, referencing the Notified Body’s four-digit number. Required on the routes that start from a model lift; not required on a unit verification route under Annex VIII, where the certificate covers one installation instead of a model.
3. Safety component certificates – door locks, governors, safety gear, buffers and safety circuits, each certified separately under one of the Article 15 routes, not as part of the lift certificate.
4. Technical file – layout and shaft drawings, electrical schematics, risk assessment, strength and traction calculations, test reports and manuals. It must be kept available for at least 10 years.
5. Test records – governor tripping, safety gear braking, buffer tests and full-load running records for the model or unit.
6. Marking – the CE mark with the Notified Body number, affixed to the lift before it enters service.

If a supplier sends one certificate covering “elevators” in general with no model, no Notified Body number and no technical file, that is not elevator CE certification – it is marketing material.

Conformity Assessment Routes: Article 16 and the Module Letters

Article 16 allows four routes for a lift, and the right one depends on production volume and product type. The list below names an annex and a module letter for each, because both notations appear in supplier paperwork: the letters come from the older 95/16/EC directive, while 2014/33/EU refers to the annexes directly. They mean the same thing.

• Annex IV, Part B + Annex XII (module B + D) – EU-type examination of the model lift plus production quality assurance. The usual choice for manufacturers running batch production of standard models.
• Annex IV, Part B + Annex V (module B + F) – type examination plus a final inspection of each lift, used for smaller or more customised batches.
• Annex VIII (module G) – unit verification: each individual lift is examined and tested for its own installation, and no type examination precedes it.
• Annex XI (module H1) – full quality assurance plus a design examination, covering design, production, installation and service, typically for large manufacturers.

Route	What the Notified Body does	Where it fits
Annex IV, Part B	EU-type examination of the model lift; issues the type-examination certificate	Needed on the routes under Article 16(1)(a) and (b); not on (c) or (d)
B + D	Assesses and then monitors the production quality system	Volume production on a stable design
B + F	Verifies each lift or batch against the examined type	Low volume, or designs that change between orders
G	Unit verification of the individual lift	One-off and bespoke units
H1	Full quality assurance plus a design examination	Manufacturers that control design in house

Route (c) is the one buyers misread most often. Article 16(1)(c) permits conformity based on unit verification under Annex VIII, and that route contains no EU-type examination at all: the Notified Body examines and tests the individual lift, and there is no model certificate standing behind it. Everything else in the file still applies – component certificates under Article 15, the technical documentation, the Declaration of Conformity.

So “this supplier has no type-examination certificate”is a question rather than a finding, and the question to ask next is which route the lift was placed on the market under. On a bespoke single lift, Annex VIII is the normal answer, and the certificate will carry the installation address rather than a model range.

Whichever route applies, a Notified Body signs off part of the process – which is why genuine elevator CE certification has traceable certificate numbers you can check against the EU NANDO database of notified bodies. A buyer who wants the ten-minute version of that check can follow the NANDO entry behind the notified body number.

How to Verify a Supplier’s CE Claim

Buyers lose money on fake or expired certificates. Five checks catch almost everything:

1. Match the model. The certificate must name the exact lift type and load range you are ordering – not a family of products.
2. Check the Notified Body number. Verify the four-digit number in the NANDO register and confirm the body is notified for lifts.
3. Read the standards list. A current certificate references EN 81-20 and EN 81-50; older paperwork citing EN 81-1 or EN 81-2 is a sign the file has not been updated.
4. Ask for the technical file index – drawings, schematics, calculations and test reports – and check that the drawing revision matches your project.
5. Watch the tests. A live video call during full-load testing, plus the test records that follow, is the cheapest way to confirm that the certification claim reflects real manufacturing.

The Certificate That Looks Official and Proves Nothing

The European Commission publishes an explicit warning about certificates that carry a CE-style logo but were not issued by a Notified Body acting under the Lifts Directive. Only notified bodies may issue certificates of compliance for products covered by harmonised EU law, and only inside the area they are notified for. Voluntary or additional certificates are not a recognised means of proving conformity and carry no weight in checks by market surveillance authorities or customs. A PDF with a logo and a signature line is not elevator CE certification.

The test is structural rather than visual. A certificate is worth reading only when it names a four-digit Notified Body number, the standard it was assessed against, the exact model and load range, and a certificate number that resolves in the NANDO register. BST Express Elevator sends the NANDO entry alongside the certificate so a buyer can confirm both the body and the scope of its notification without asking anyone’s permission.

Our own elevator factory tour follows exactly this sequence: production lines, control cabinet assembly, test bench and packing with the technical file laid out alongside. A further habit helps: ask which Notified Body carried out the elevator CE certification and contact them directly to confirm the certificate number.

BST Express Elevator shares that evidence before an order is placed: the EU type-examination certificate, the component certificates and the technical file index for the model under consideration, plus the option of a live video call during full-load testing.

CE and Other Market Standards

Even where CE marking is not legally required, EN 81-20 and EN 81-50 have become the shared technical language of international tenders. Buyers comparing markets usually work with a short list:

• European Union / EEA – Lifts Directive 2014/33/EU with EN 81-20 and EN 81-50; CE marking is mandatory.
• United States and Canada – ASME A17.1 / CSA B44 and local state codes.
• China – GB 7588 with the national installation and inspection regime.
• Gulf markets – SASO, ESMA and municipal approvals, frequently requesting EN 81-20 evidence.
• India and Southeast Asia – national lift rules and BIS requirements for components, again often referencing EN standards.

The machinery side changed shape in 2023 as well, and the change matters to anyone selling a mixed package. Regulation (EU) 2023/1230 grades machinery by risk instead of listing one Annex IV. Annex I, Part A lists 6 categories where a Notified Body is mandatory with no exception, including safety components with self-evolving behaviour that perform a safety function. Part B lists 19 categories where internal production control is allowed provided harmonised standards or common specifications cover every relevant requirement. Machinery in neither part follows Article 25(4) and is assessed in house, with no Notified Body at all.

Escalators sit in neither part, so that last route remains their default – the same answer as under the Directive, arrived at through a different structure.

Because a single platform can be documented for several markets, buyers should ask early which standard set the factory will certify against, and budget for the extra testing if more than one market is involved. Where a project needs elevator CE certification for the lifts and machinery-framework approval for the escalators, expect two separate document sets. Our elevator manufacturing profile lists the CE-certified product families we build, from passenger elevators to freight elevators.

From Certification to Shipment

Certification is only useful if the goods arrive documented. Every export shipment should carry the commercial invoice, packing list, bill of lading, certificate of origin, HS codes for lifts and components, and the technical file matched to the lift serial numbers. Where the destination requires conformity documents – SASO in Saudi Arabia, for example, or BIS registration in India – those are issued before shipping, not after arrival – and filed together with the elevator CE certification documents in the customs pack.

Our step-by-step guide on how to buy elevators from China walks through audit, testing, payment and container loading in order.

For a European project, BST Express Elevator matches the technical file to the lift serial numbers and issues the Declaration of Conformity before the container is loaded.

Frequently Asked Questions

Is elevator CE certification legally required in the EU? Yes. A lift permanently serving a building cannot be placed on the EU market or put into service without elevator CE certification under the Lifts Directive 2014/33/EU.

Who issues elevator CE certification? An EU Notified Body carries out the type-examination and, where applicable, production or unit verification. The manufacturer or installer then issues the Declaration of Conformity and affixes the CE mark.

What is elevator CE certification based on? The essential health and safety requirements of Directive 2014/33/EU, with EN 81-20 and EN 81-50 as the harmonised standards that demonstrate compliance.

How long does elevator CE certification take? For a type-examined platform already in production, buyers normally see certificates and technical files immediately because they exist for the model. First-time type examination of a new design typically takes several months, depending on Notified Body scheduling and test results.

Do escalators and moving walks need it under the Lifts Directive? No, and the exclusion is explicit rather than implied: Article 1(2)(k) of 2014/33/EU states that the Directive does not apply to “escalators and mechanical walkways”. They are handled under the EU machinery framework instead, with EN 115 as the relevant standard, and under 2006/42/EC they are not in Annex IV either – so an escalator type examination is voluntary third-party work, not a legal precondition.

How can I check that a CE certificate is genuine? Verify the four-digit Notified Body number in the EU NANDO register, confirm the certificate names your exact model, and ask to watch full-load testing live by video call.

What is the difference between EC-type examination and EU-type examination? The same procedure under two names. Directive 95/16/EC used EC-type examination throughout; Directive 2014/33/EU, which replaced it, renamed the procedure EU-type examination and moved it to Annex IV. The phrase EC-type examination appears 43 times in the old directive and not once in the current one, so a document that still uses it predates 2014 – which is a fair question to ask about the rest of the file.

Does every lift order need an EU-type examination certificate? No. Three of the four routes under Article 16 go through it, but the unit verification route under Annex VIII does not: the Notified Body assesses the individual installation instead, and its certificate covers one lift rather than a model range. Ask which route the lift is being placed on the market under before treating a missing model certificate as a defect.

Why do some suppliers quote 14 January 2027 for the Machinery Regulation? Because the text published in the Official Journal on 29 June 2023 carried that date. A corrigendum published on 4 July 2023 in OJ L 169 corrected it, along with thirteen other dates, to 20 January 2027, and EUR-Lex serves the uncorrected base text unless the corrigendum is opened separately. The operative date is 20 January 2027; a file that still says 14 January is quoting a superseded version.

If you need a lift with a complete CE package – component certificates, type-examination certificate, Declaration of Conformity and technical file – send your project details to our export team and we will share the documentation for the model you are considering before you order.

References

Official sources and standards: the European Commission’s Lifts (Lifts Directive 2014/33/EU) information page, the full text of Directive 2014/33/EU on EUR-Lex, and CEN-CENELEC for the EN 81 series of harmonised standards. The date change described above is recorded in the corrigendum to Regulation (EU) 2023/1230, OJ L 169, 4 July 2023, p. 35; the Regulation itself is published as Regulation (EU) 2023/1230 on EUR-Lex. See also Otis Elevator for global industry reference.