| Reaction to Fire | EN 13501-1:2018 or the edition specified by the project or authority | European reaction-to-fire classes include A1, A2, B, C, D, E and F. Smoke production is rated s1, s2 or s3, while flaming droplets are rated d0, d1 or d2 where applicable. | Valid classification report or certificate identifying the tested product, construction build-up, thickness, substrate and installation method. | Confirm that the report covers the actual wall, ceiling, floor, insulation, coating, adhesive and decorative finish used in the cabin. A report for one assembly does not automatically cover another assembly. | Project-dependent |
| Fire-Test Sample Traceability | Product-specific testing and documented material traceability | Fire performance depends on the complete assembly, including joints, cavities, insulation, surface layers and fixing details. | Material list, technical drawings, batch records, test photographs and a declaration that production materials match the tested construction. | Check whether later substitutions, thinner panels or different interior finishes invalidate the original fire classification. | Required for credible verification |
| CE Marking Applicability | CE marking is required only when the finished product or incorporated equipment falls under applicable European Union harmonisation legislation. | CE marking is not a universal quality mark and does not automatically certify the entire cabin. The applicable legislation depends on the product configuration and intended use. | EU Declaration of Conformity listing the responsible economic operator, applicable legislation, product identification and relevant standards. | Verify that the declaration describes the supplied product and is signed by an authorised responsible person. Do not accept a generic CE logo as sole evidence. | Conditional |
| Low Voltage Electrical Safety | Directive 2014/35/EU may apply to electrical equipment rated between 50 and 1,000 V AC or 75 and 1,500 V DC, subject to scope. | A 230 V AC cabin supply falls within the stated AC voltage range of the Low Voltage Directive when the equipment is within its scope. | Electrical risk assessment, wiring diagram, component specifications, inspection records and an EU Declaration of Conformity where applicable. | Confirm protection against electric shock, correct conductor sizing, protective earthing, enclosure suitability and safe access to electrical components. | Conditional |
| Electromagnetic Compatibility | Directive 2014/30/EU may apply to electrical and electronic equipment placed on the EU market. | Lighting drivers, power supplies, ventilation controls, displays and smart-control modules can create or be affected by electromagnetic disturbance. | EMC test report or technical documentation covering the installed electrical and electronic configuration. | Check that the tested configuration matches the supplied control systems, cable routing, power supplies and connected devices. | Conditional |
| Nominal Supply Voltage | Destination-country electrical supply requirements | 230 V AC is the nominal low-voltage supply used across much of Europe and several other markets. Actual permitted voltage tolerances depend on the local grid standard and installation rules. | Electrical nameplate, wiring diagram, power-consumption schedule and installation manual. | Confirm whether the cabin requires a dedicated circuit and whether appliances, sockets, heating and air-conditioning are rated for the destination supply. | Must match destination |
| Nominal Frequency | Destination-country electrical frequency requirements | 50 Hz is the nominal frequency used with 230 V systems in many target markets. Motors, pumps, fans and compressors must be suitable for the specified frequency. | Appliance data sheets, motor nameplates and a complete load schedule showing voltage and frequency. | Do not rely only on the cabin inlet label; verify every fixed appliance and control component for 230 V/50 Hz operation. | Must match destination |
| Protective Earthing and Bonding | Applicable national wiring regulations and the destination-country installation code | All exposed conductive parts requiring protection should be connected to the protective-earth system in accordance with the applicable installation rules. | Earthing diagram, continuity-test records, terminal details and installation instructions for incoming power. | Verify the protective-earth conductor, bonding of metal frames and the location of the main isolation device. | Required |
| Residual-Current Protection | Destination-country electrical installation requirements | Residual-current device requirements, including rated residual operating current and device type, depend on the final installation and connected loads. | Recommended protective-device schedule and a clear statement of which protective devices are supplied with the cabin and which are provided on site. | Have the final protection design reviewed by a qualified electrician in the destination country, especially where bathrooms, outdoor connections or wet areas are present. | Installation-dependent |
| Ingress Protection | IEC 60529 classification where an IP rating is claimed | IP ratings describe protection provided by an enclosure against solid objects and water under defined test conditions. The rating must be assigned to a specific enclosure or assembly. | IP test report or component documentation identifying the tested enclosure, configuration and mounting conditions. | Confirm that cable glands, doors, vents, sockets and service penetrations maintain the claimed protection level after installation. | Recommended where relevant |
| Electrical Documentation | Technical construction file and destination-country installation requirements | Documentation should identify incoming supply, maximum demand, circuit protection, cable sizes, isolation points, equipment ratings and connection details. | Single-line diagram, wiring schematic, terminal schedule, load calculation, user manual and maintenance instructions. | Check that documents are supplied in a language accepted by the destination authority or project owner and correspond to the final production model. | Required for safe installation |
| Mechanical and Structural Scope | Local building, transport, foundation, wind, snow and seismic requirements | EN 13501-1 addresses reaction to fire; it does not by itself prove structural capacity, weather resistance, transport strength or building-code compliance. | Structural drawings, design loads, connection details, lifting points, anchoring instructions and relevant engineering calculations. | Have a local engineer confirm suitability for the site, foundation, climate, occupancy classification and intended method of installation. | Site-dependent |
| Ventilation and Indoor Environment | Destination-country ventilation, indoor-air-quality and moisture-control requirements | Airflow capacity, fresh-air rate, extraction route, condensation control and filtration should be specified for the intended occupancy and climate. | Fan performance curve, ventilation layout, noise data, filter specification, condensate-management details and maintenance schedule. | Confirm that ventilation performance is stated at the installed pressure, not only as an unloaded fan rating. | Project-dependent |
| Pre-Shipment Acceptance | Contract-specific inspection and quality-control plan | Recommended checks include dimensional inspection, visual finish review, functional testing, electrical safety checks, appliance operation and document verification. | Signed inspection checklist, test records, photographs, packing list, serial or batch traceability and outstanding-defect register. | Make acceptance criteria, permitted tolerances, corrective-action deadlines and responsibility for re-testing part of the purchase contract. | Recommended |