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A CE certificate is one page. The file behind it runs to a few hundred, and it is the file that decides whether your scissor lift clears a customer's safety audit six months after delivery.
We get requests for "the CE certificate" almost every week, and we send it, because it is what the buyer asked for. What the buyer usually needs is five other documents. Here they are, in the order a Notified Body opens them, with a note on what each one should contain and what a weak version looks like.
A technical file and stability test record laid out beside the scissor stack.
Fifteen to thirty pages is the normal commercial length. Not two hundred. It should cover the platform, the scissor stack, the chassis and the guardrails against rated load, dynamic factors, wind load where the machine is rated for outdoor use, and an overturning check.
What we look for in someone else's file, and what we put in ours: the load cases are listed individually, each with the resulting safety factor. The case that gets skipped is almost always the worst one, which is rated load at maximum platform height, on the maximum permitted slope, with the wind pressure for the outdoor rating. A calculation that assumes level ground and still air will pass an internal review and fail a market surveillance check, because the machine is rated for neither.
Ask for a one-page summary listing every load case and its factor. If that page does not exist, the rest of the note has not been used for anything.
This is the most useful single page in an EN 280-1 file, and the one most often missing. It should be a table: device, make and model, the clause it satisfies, and how its function can be demonstrated.
| Device | What the buyer should see at pre-shipment |
|---|---|
| Platform gate interlock | Machine refuses to lift and refuses to drive with the gate open. Demonstrated with the platform at 1 m, not on the ground |
| Overload sensing | Audible and visual alarm at rated load plus tolerance, and lift inhibited above it |
| Tilt limit | Refuses to lift beyond the rated angle. On our machines the allowance is 1.5° for lifting and 3° for driving |
| Pothole protection | Bars deploy before the platform leaves the stowed position, and the drive is inhibited if a bar does not reach its switch |
| Emergency lowering | Manual descent from the ground station with the power isolated, demonstrated with a person on the platform |
| Emergency stop, both stations | Each stop kills drive and lift independently, not in series with a single relay |
The point of the clause reference column is not decoration. It forces the supplier to show that each device was designed against a requirement rather than added to a specification sheet.
EN 280-1 asks for two numbers: the static test at 1.25 times rated load and the dynamic test at 1.1 times rated load, both applied in the least favourable position. On a scissor lift with an extension deck that means the deck extended, because extending it moves the centre of gravity outward and reduces the margin exactly when the platform is longest.
Ask which configuration was tested. A test performed with the deck retracted does not cover the electric scissor lift as delivered. On the GTJZ-1214, the 900 mm extension changes the load case enough that we test both states and record both.
The electrical file is where lead-acid and lithium scissor lifts diverge. A 24 V flooded pack is a known quantity: EN 1175 covers the electrical safety of battery-powered industrial machinery, and the charger needs its own conformity evidence. A lithium pack adds EN 62619 for the cells and the BMS, plus a UN38.3 transport summary that will be requested by the forwarder rather than by the safety officer, but will stop the shipment just as effectively if it is missing.
For our standard scissor lifts the pack is 4 x 6 V / 200 Ah, charged at 24 V / 30 A. That is a 4.8 kWh pack and roughly seven to eight hours from empty. If a supplier quotes a different charge time for the same pack, one of the two numbers is marketing.
One page listing what exists and where it is held. Drawings, calculations, risk assessment, component certificates, test reports, manual revisions in every language of the destination market, and the Declaration of Conformity. It has to be retained for at least ten years from the last unit manufactured, which is longer than most sales relationships last, and that is the argument for getting a copy now rather than relying on the factory later.
A file index with a revision number and a date tells you the supplier manages documents. A file index without either tells you the file was assembled once for one order.
Long requests get ignored. Short ones with a deadline get answered. This is close to the wording we respond to fastest when we are the buyer:
Please send, for model [X], serial range [Y]: the structural calculation summary page, the safety device list with clause references, the stability test record including deck configuration, the electrical and battery evidence, and the technical file index. PDF is fine. We need these before [date] to release the balance payment.
Tying the request to a payment milestone is not aggressive. It is the only part of the process where the documents have a cost to being late.
It happens, including with reputable factories, because files are maintained by people who change jobs. The workable response is to ask for the missing item in writing with a date, hold the retention until it arrives, and record the gap. What is not workable is accepting a certificate as a substitute. The certificate proves that a body reviewed a file on one day. It does not prove the file exists today, and it says nothing about the machine in the container.
If you are comparing two suppliers, ask both for the EN 280-1 safety device list first. It is one page, it takes an afternoon to produce, and the difference in quality between two of them will tell you more than the price sheet. You can request ours for any model in the range, and we will send the calculation summary with it.
Send the working height, the load and the site constraint. An engineer replies with a model recommendation and a written quotation within one business day — or tells you it cannot be done.
GTJZ-1214 40ft (11.8 m) Self-Propelled Scissor Lift — 320 kg