New EU Lift Safety Standards EN 8120 EN 8150 Take Effect
September 8, 2026
In today's vertical cities, elevators have become an indispensable part of daily life. Millions of people rely on them every day to navigate towering buildings, yet few realize the rigorous safety standards working behind the scenes to ensure their smooth and secure operation. The EN 81-20 and EN 81-50 standards form the foundation of modern elevator safety, providing comprehensive guidelines for design, manufacturing, installation, testing, and maintenance.
The EN 81-20 standard, formally titled "Safety rules for the construction and installation of lifts," serves as the blueprint for creating safe elevator systems. It establishes detailed technical and safety requirements covering all aspects of elevator construction - from shafts and cars to door systems, control mechanisms, and safety devices. This standard leaves no detail unaddressed, ensuring passenger and technician safety remains paramount throughout the design and manufacturing process.
Complementing EN 81-20 is the EN 81-50 standard, which focuses on component testing and certification. Acting as a quality assurance protocol, it subjects critical parts like brakes, door systems, buffers, and control units to rigorous validation. Manufacturers must thoroughly document all testing procedures and results, creating traceable "health records" for every component used in installation or modernization projects.
Implemented in 2014 to replace the older EN 81-1 and EN 81-2 standards, this paired framework represents the latest advancements in elevator technology and safety design.
The transition to EN 81-20 and EN 81-50 responded to several critical needs in the elevator industry:
- Enhanced safety: Stricter requirements reduce accident risks for passengers and maintenance personnel
- Improved accessibility: Better usability features accommodate all users, including those with disabilities
- Standardized testing: Unified European protocols simplify compliance processes
- Technology integration: Support for advanced control and monitoring systems
These standards collectively ensure elevators meet the highest levels of safety and reliability throughout their operational lifespan.
The updated standard introduced several critical enhancements:
- Advanced door systems: Sophisticated sensors prevent doors from closing on passengers
- Improved cabin lighting: Minimum illumination levels enhance passenger comfort and security
- Universal accessibility: Thoughtfully positioned controls accommodate wheelchair users
- Enhanced fire protection: Stricter material requirements reduce fire risks
- Safer workspaces: Clearly defined pit and overhead space dimensions protect technicians
In the United Kingdom, elevator safety extends beyond installation through the Lifting Operations and Lifting Equipment Regulations (LOLER). This mandates six-monthly thorough examinations for passenger elevators, creating a comprehensive safety framework when combined with EN standards:
| Aspect | EN 81-20/EN 81-50 | LOLER |
|---|---|---|
| Focus | Design, installation, component testing | Safe operation, inspections, maintenance |
| Application Phase | New installations/upgrades | Existing elevator operation |
| Responsible Parties | Manufacturers and installers | Building owners and duty holders |
Property owners bear responsibility for elevator safety and compliance. Modernization projects can bring older systems up to current standards through key upgrades:
- Advanced door protection systems and light curtains
- Updated safety gears and speed governors
- Improved cabin lighting and communication systems
- Emergency descent and alarm capabilities
Proactive compliance with EN 81-20 and EN 81-50 not only safeguards passengers and equipment but also protects organizational reputation while meeting insurance and regulatory requirements. Modern elevator systems designed to these standards offer greater reliability, energy efficiency, and peace of mind for all stakeholders.
Together with regular LOLER inspections, these standards ensure elevators maintain optimal safety, efficiency, and compliance throughout their service life, demonstrating that in vertical transportation, safety remains an ongoing commitment without finish line.