EN ISO 8100-2:2026 PDF

Overview

EN ISO 8100-2:2026 defines the design rules, calculations, verifications, and tests for components of lifts (elevators) used for the transport of persons and goods. Issued by CEN and aligned with ISO 8100-2:2026, this standard addresses crucial safety and reliability requirements for passenger lifts and goods passenger lifts. It provides manufacturers, regulatory authorities, and maintenance providers with structured criteria for the verification and assessment of lift components, aiming to improve lift safety, reduce risk, and ensure regulatory compliance.

Developed by the CEN/TC 10 committee as part of the broader EN 81 and ISO 8100 series, EN ISO 8100-2:2026 helps the industry fulfill the essential requirements of the EU Machinery Directive and national lift regulations.

Key Topics

EN ISO 8100-2:2026 covers a comprehensive range of technical topics essential for the safety and performance of lifts:

• Verification of Door Locking Devices: Ensures reliable operation of landing and car door locking mechanisms to prevent access when unsafe.
• Safety Gear Verification: Specifies procedures for checking the function and resilience of mechanical safety gears.
• Overspeed Governor Checks: Details procedures to verify the overspeed detection and control systems.
• Buffer Verifications: Determines requirements for testing shock-absorbing components at the lift’s travel extremes.
• Safety Circuits & SIL-rated Circuits: Defines rules and required verifications for both conventional and Safety Integrity Level (SIL)-rated electronic safety circuits.
• Overspeed & Unintended Car Movement Protection: Focuses on means of detecting and preventing uncontrolled lift movements.
• Rupture Valves & Restrictors: Standardizes verification procedures for hydraulic safety devices.
• Suspension & Compensation Means: Describes the evaluation and discard criteria for ropes, belts, and related items.
• Guide Rail Calculations: Specifies requirements for the structural calculation of guide rails.
• Component Calculations: Includes methods for assessing rams, cylinders, pipes, and fittings.
• Traction & Safety Factor Evaluation: Covers traction performance and safety margin calculations.
• Pendulum Shock Tests: Establishes standards for impact and endurance testing.
• Fault Exclusion for Electric/Electronic Components: Lays out design and verification principles for excluding fault conditions in critical electronic parts.

Applications

EN ISO 8100-2:2026 is targeted at companies involved in the design, manufacturing, installation, inspection, and maintenance of lifts. Its practical applications include:

• Lift Manufacturers: Ensures the development of safer, regulation-compliant lift systems by providing a clear technical framework for component design and validation.
• Component Suppliers: Guides the production and testing of critical parts such as safety gears, SIL-rated circuits, and suspension means.
• Testing and Certification Bodies: Offers standardized verification and reporting methods, supporting conformity assessments and regulatory approvals.
• Lift Installers and Modernization Contractors: Helps evaluate existing installations for compliance when performing upgrades.
• Regulatory Authorities: Provides reference criteria for inspections, audits, and enforcement of lift safety regulations.
• Maintenance Providers: Supports safe ongoing operation through periodic checks aligned with representative discard criteria and verification cycles.

By following the requirements of EN ISO 8100-2:2026, organizations reduce the risk of accidents, ensure uniformity across the European market, and boost confidence among both end-users and stakeholders.

Related Standards

Organizations and professionals using EN ISO 8100-2:2026 should also consider the following related standards for a comprehensive approach to lift design and safety:

• EN ISO 8100-1:2023: Safety rules for the construction and installation of passenger and goods passenger lifts.
• EN 81-20 / EN 81-50: Safety and test rules for lift construction, installation, and component testing.
• ISO 12100:2010: General principles for design, risk assessment, and risk reduction in machinery.
• ISO 3108 / ISO 4344: Requirements and test methods for steel wire ropes used in lifts.
• IEC 61508-2 / 61508-3: Functional safety requirements for electrical and electronic systems, including software.
• Related EU Directives: Such as Directive 2014/33/EU on lifts and safety components.

Referencing and harmonizing with these standards ensures holistic lift safety management, regulatory alignment, and compatibility in international and European contexts.