
Elevator Safety Training
This Elevator Safety Training course gives technicians, building owners, and maintenance professionals the hands-on knowledge to work safely around elevator systems every day. From PPE selection and lockout/tagout to emergency rescue and compliance reporting, every critical safety area is covered. Get the skills that protect lives, meet regulatory requirements, and keep equipment running safely.
What you will learn:
You will learn how to identify and control mechanical, electrical, and environmental hazards found in elevator hoistways, machine rooms, and pits. The course covers proper lockout/tagout procedures, PPE selection, and safe work practices for both traction and hydraulic systems. You will develop inspection and testing skills for ropes, brakes, door systems, and safety devices. Emergency response procedures, including passenger entrapment rescue and fire service protocols, are covered in detail. You will also build competency in incident investigation, root cause analysis, and corrective action planning to prevent future incidents.
How you study in practice Elevator Safety Training
How you practice Elevator Safety Training
For companies that want to train their team
With Dedika for Business, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 37 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Elevator Safety
Foundations of Elevator Safety
Lesson 1 • Regulatory Framework Overview
Surveys the types of codes, standards, and inspection regimes that govern elevator safety without referencing specific jurisdictions. Connects compliance concepts to daily operational decisions.
Lesson 2 • Hazard Identification Basics
Introduces the categories of mechanical, electrical, and environmental hazards present in elevator environments. Builds the observational vocabulary used throughout the course.
Lesson 3 • Elevator System Overview
Covers the major components of traction and hydraulic elevators and their functional roles. Provides the mechanical context needed for all subsequent hazard analysis.
Lesson 4 • Safety Culture and Responsibility
Defines safety culture and the shared accountability of technicians, building owners, and passengers. Establishes the behavioral norms expected of all trained personnel.
Chapter 2HideHide detailsSee detailsPersonal Protective Equipment and Lockout/Tagout
Personal Protective Equipment and Lockout/Tagout
Lesson 1 • Lockout/Tagout Procedures
Teaches the step-by-step process for isolating and verifying de-energization of elevator equipment. Directly prevents unexpected energization during maintenance.
Lesson 2 • Group Lockout Coordination
Addresses multi-technician scenarios where multiple locks must be applied and removed safely. Prevents coordination failures that cause serious injuries.
Lesson 3 • PPE Selection and Fit
Covers the classes of PPE required for elevator work and the criteria for proper selection and fit. Directly reduces injury risk during all hands-on tasks covered later.
Lesson 4 • Energy Sources in Elevator Systems
Identifies electrical, hydraulic, gravitational, and stored-spring energy sources unique to elevators. Understanding each source is prerequisite to safe energy isolation.
Chapter 3HideHide detailsSee detailsHoistway and Machine Room Safety
Hoistway and Machine Room Safety
Lesson 1 • Hoistway Access and Barriers
Covers authorized entry procedures, physical barriers, and signage requirements for hoistway access. Establishes the access discipline that underpins all hoistway work.
Lesson 2 • Pit Safety Procedures
Covers pit entry, lighting, stop-switch activation, and egress requirements. Pit work presents unique entrapment and flooding hazards addressed here.
Lesson 3 • Working on Top of the Car
Teaches safe positioning, movement, and communication while working on the elevator car top. Addresses the highest-frequency serious injury location in elevator maintenance.
Lesson 4 • Fall Prevention in Vertical Spaces
Applies fall-protection hierarchy to hoistway openings, ladders, and elevated platforms. Reinforces harness and anchor-point selection introduced in the PPE chapter.
Lesson 5 • Machine Room Electrical Safety
Addresses safe work distances, panel access, and arc-flash precautions in the machine room. Builds on PPE and lockout knowledge to prevent electrical incidents.
Chapter 4HideHide detailsSee detailsElectrical Safety for Elevator Technicians
Electrical Safety for Elevator Technicians
Lesson 1 • Elevator Electrical System Fundamentals
Reviews AC and DC circuits, drive controllers, and safety circuits specific to elevators. Provides the electrical foundation required for safe diagnostic work.
Lesson 2 • Shock and Arc-Flash Hazard Assessment
Teaches how to assess incident energy levels and shock boundaries before approaching energized parts. Directly informs PPE selection and work-method decisions.
Lesson 3 • Safe Use of Test Equipment
Covers meter category ratings, lead inspection, and correct voltage-testing procedures. Prevents instrument failure injuries during diagnostic tasks.
Lesson 4 • Working on Energized Circuits
Establishes the conditions under which energized work is permitted and the required safeguards. Minimizes exposure to live conductors during troubleshooting.
Chapter 5HideHide detailsSee detailsMechanical Safety and Component Inspection
Mechanical Safety and Component Inspection
Lesson 1 • Safety Device Inspection
Covers governor, safeties, buffers, and oil buffers as the last line of defense against overspeed. Ensures these devices are functional before returning equipment to service.
Lesson 2 • Rope and Chain Inspection
Covers wire rope, governor rope, and chain inspection criteria including broken wires and corrosion. Rope failure is a primary cause of catastrophic elevator incidents.
Lesson 3 • Brake System Safety
Addresses inspection and adjustment of electromagnetic and spring-set brakes on traction elevators. Brake failure directly causes uncontrolled car movement.
Lesson 4 • Door System Mechanical Safety
Inspects door operators, clutches, gibs, and interlocks for wear and misalignment. Door-related incidents account for the majority of passenger injuries.
Lesson 5 • Hydraulic System Safety
Addresses cylinder, jack, and valve inspection for hydraulic elevators including leak and pressure checks. Hydraulic failures can cause uncontrolled descent or rupture.
Chapter 6HideHide detailsSee detailsEmergency Procedures and Passenger Rescue
Emergency Procedures and Passenger Rescue
Lesson 1 • Power Failure and Backup Systems
Covers automatic rescue devices, battery lowering, and generator transfer procedures during outages. Ensures passengers are not stranded and equipment is safely parked.
Lesson 2 • Emergency Communication Systems
Covers two-way communication devices, alarm systems, and dispatcher protocols required during emergencies. Effective communication is the first action in every rescue scenario.
Lesson 3 • Passenger Entrapment Rescue
Teaches the step-by-step procedure for safely releasing trapped passengers from a stalled car. Covers both manual lowering and mechanical release methods.
Lesson 4 • Incident Scene Management
Addresses securing the scene, coordinating with emergency services, and preserving evidence after an incident. Connects emergency response to the investigation process introduced later.
Lesson 5 • Fire Emergency Response
Addresses elevator behavior during fire alarms, firefighter service modes, and evacuation protocols. Prevents elevator use during fires, which is a leading cause of fatalities.
Chapter 7HideHide detailsSee detailsInspection, Testing, and Compliance
Inspection, Testing, and Compliance
Lesson 1 • Acceptance and Witnessing Tests
Teaches the tests required before a new or altered elevator is placed in service, including load and speed tests. Ensures equipment meets design specifications before passenger use.
Lesson 2 • Periodic Safety Device Testing
Covers the scheduled testing of safeties, governors, buffers, and pressure relief valves at required intervals. Verifies that last-resort protective devices remain functional.
Lesson 3 • Record Keeping and Compliance Reporting
Addresses maintenance logs, inspection certificates, and regulatory submission requirements. Accurate records demonstrate compliance and support incident investigations.
Lesson 4 • Out-of-Service Criteria and Tagging
Defines the conditions that require immediate removal of an elevator from service and the tagging process. Prevents operation of unsafe equipment pending repair.
Lesson 5 • Periodic Inspection Protocols
Covers the scope, frequency, and documentation of routine safety inspections for traction and hydraulic units. Establishes the inspection discipline that prevents latent failures.
Chapter 8HideHide detailsSee detailsIncident Investigation and Continuous Improvement
Incident Investigation and Continuous Improvement
Lesson 1 • Incident Classification and Reporting
Defines near-miss, first-aid, recordable, and serious incident categories and their reporting thresholds. Accurate classification drives appropriate investigation depth and regulatory notification.
Lesson 2 • Corrective and Preventive Actions
Covers the development, assignment, and verification of corrective actions that address root causes. Closes the loop between investigation findings and operational change.
Lesson 3 • Safety Metrics and Performance Tracking
Introduces leading and lagging indicators used to measure elevator safety program performance. Metrics enable data-driven decisions about training and maintenance priorities.
Lesson 4 • Building a Continuous Improvement Culture
Addresses management commitment, worker participation, and feedback loops that sustain safety improvement. Integrates all course competencies into an ongoing organizational practice.
Lesson 5 • Root Cause Analysis Methods
Teaches fault-tree analysis, the five-whys technique, and causal factor charting applied to elevator incidents. Identifies systemic failures rather than assigning individual blame.
Your valid completion certificate
This course is for you:
Elevator mechanic apprentices: building foundational safety knowledge before field certification.
Building facility managers: responsible for elevator compliance and contractor oversight daily.
Property management professionals: overseeing multi-unit buildings with passenger elevator systems.
Maintenance supervisors: managing teams that work near or around vertical transportation equipment.
Construction site safety officers: extending oversight to hoists and temporary lift systems.
Career changers entering skilled trades: seeking structured entry into elevator maintenance work.
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