Learn how to maintain one of the most failure-prone lift components.
Automatic lift doors are among the components most frequently affected by faults due to intensive use. For this reason, the course provides an in-depth analysis of preventive door maintenance, with a strong focus on optimising inspection procedures through a new methodology based on interactive learning using a 3D model.
The course offers a detailed study of the fundamental principles of lift doors, together with an introduction to their installation and the procedures involved in both preventive and corrective maintenance.
It also examines the key standards applicable to lift doors and the specific risk assessments required for preventive maintenance, repair, and modernisation activities. Finally, the course covers door modernisation solutions and rescue procedures applicable to different door types and models.
Online
8 to 20 hours
Flexible
Types and classifications of lift doors
Understand the different types of lift doors (automatic, semi-automatic, telescopic, two-panel, etc.), including their operating mechanisms and associated safety systems.
Installation, modernisation and final inspection processes
Understand the procedures required to install or modernise lift doors, carry out final adjustments, and complete the regulatory inspection prior to putting them into service.
Apply all relevant health and safety measures specific to lift construction and installation, ensuring regulatory compliance and service excellence.
Regulations and safety procedures
Reinforce knowledge of current regulations (such as EN 81-20/50 and related standards) and apply risk prevention protocols during all maintenance and intervention activities.
Preventive and corrective maintenance of lift doors
Master the techniques required to inspect, adjust and maintain car and landing doors, ensuring correct operation and extending service life.
Diagnosis of mechanical faults
Locate and analyse faults in guide systems, rollers, cables and door operating mechanisms, using drawings, technical specifications and approved diagnostic methods.
Repair and replacement of components
Replace or readjust defective parts and assemblies, ensuring compatibility and functional quality, and carry out the required safety and operational tests in accordance with regulations.
