EN 16095

EN 16095
Title	EN 16095
Status	Published
Committee	CEN/TC 33
Scope	Passenger and goods lifts; safety and accessibility
First published	2000
Revised	2015

EN 16095

EN 16095 is a European standard concerning safety requirements and testing for powered platform lifts and stairlift systems used in buildings. It addresses technical specifications, risk assessment, and conformity procedures intended for manufacturers, installers, notified bodies, and building owners. The standard interfaces with broader regulatory frameworks across the European Union and national authorities.

Scope and application

EN 16095 specifies safety, accessibility, and performance requirements for powered platform lifts and stairlift installations used in civil, commercial, and public buildings. It applies to products installed in contexts covered by directives and institutions such as the European Commission, Council of the European Union, European Parliament, and national standardization bodies like DIN, BSI, and AFNOR. The standard is relevant to stakeholders including manufacturers represented by CEN, testing organizations like TÜV, building regulators such as Office for Product Safety and Standards, and procurement entities within municipalities like City of London Corporation.

Definitions and terminology

EN 16095 establishes precise definitions for components, operating modes, and safety-related terms. Key defined items include platform, carriage, control system, emergency stop, and rated load—terms used by technical committees such as CEN/TC 33 and experts from institutes like VTT and RINA. The terminology aligns with interpretations used by tribunals and agencies like the European Court of Justice, occupational authorities such as Health and Safety Executive, and standards bodies including ISO and IEC.

Performance requirements and testing

The standard sets performance criteria for structural integrity, dynamic behavior, electrical safety, and durability. It prescribes laboratory and field tests modeled on procedures familiar to organizations like Lloyd's Register, Society of Automotive Engineers, and testing labs accredited by UKAS. Tests include load-testing, fatigue cycles, braking performance, and electromagnetic compatibility evaluated against provisions influenced by IEC 60204-1, ISO 13849, and directives overseen by the European Committee for Electrotechnical Standardization.

Safety and marking

EN 16095 mandates safety features such as interlocks, emergency lowering, obstruction detection, and signage compliant with guidance from International Organization for Standardization, European Agency for Safety and Health at Work, and municipal codes enforced by authorities like Paris Police Prefecture and Berlin Senate Department for the Environment. Marking requirements specify durability of nameplates, CE marking procedures under the New Approach directives, and identification records maintained by bodies such as EASA and customs authorities in member states like Germany and France.

Compliance and certification

Conformity assessment routes under EN 16095 involve type testing, factory production control, and quality management systems consistent with ISO 9001 frameworks and conformity bodies including Notified Bodies recognized by national accreditation agencies like DAkkS. Certification often requires interaction with market surveillance authorities such as DG GROW and national regulators exemplified by Italian Ministry of Infrastructure and Transport or Ministry of Housing, Communities and Local Government. Documentation for compliance is typically maintained by manufacturers and submitted to organizations like Chamber of Commerce and private registries.

Relationship to other standards and regulations

EN 16095 interoperates with standards and legal instruments including machinery directives, accessibility laws, and building codes. It is referenced alongside EN 81-20, EN 81-50, EN 115-1, and harmonized standards attached to the Machinery Directive and the Construction Products Regulation. Coordination occurs with agencies such as European Standardisation Committee, judicial interpretations by the Court of Justice of the European Union, and technical guidance from research institutes like Fraunhofer Society.

Historical development and revisions

The standard originated from technical working groups within CEN and national committees in response to safety incidents and accessibility campaigns led by organizations such as European Disability Forum and advocacy from NGOs similar to Age UK and Seniors Together. Revisions have been informed by accident investigations by entities like AAIB and safety bulletins from TÜV Süd, culminating in updates reflecting advances in control electronics, materials science researched at CERN, and accessibility principles promoted by the United Nations conventions administered through agencies such as UNESCO. Subsequent amendments have involved consultation with manufacturers, labor unions like ETUC, and consumer protection agencies exemplified by Which?.

Category:European standards