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ACCREDITATIONS
Clients
Course Duration
2/5 Days depending on the daily training hours.
Training Delivery Method
Classroom (Instructor-Led) or Online (Instructor-Led)
Instructors Languages
English / Arabic / Urdu / Hindi / Pashto
Certification Provider
Tamkene Saudi Training Center - Approved by TVTC (Technical and Vocational Training Corporation)
Certificate Validity
2 Years (Extendable with additional training hours)
Course Average Passing Rate
96%
Competency Assessment Criteria
Practical Assessment and Knowledge Assessment
Post Training Reporting
Post Training Report(s) + Candidate(s) Training Evaluation Forms
Training Design Methodology
ADDIE Training Design Methodology
Certificate of Successful Completion
Certification is provided upon successful completion. The certificate can be verified through a QR-Code system.
Course Overview
This course focuses on the design, installation, maintenance, and troubleshooting of electric
and hydraulic elevators and escalators. It provides participants with in-depth knowledge of
various elevator systems, their components, and operational principles. The training
combines theoretical knowledge with practical skills to ensure a comprehensive
understanding of vertical transportation systems.
Key Learning Objectives
Understand the fundamental principles and technologies behind electric and hydraulic elevators and escalators.
Learn the various components and mechanisms involved in elevator and escalator systems.
Acquire the skills necessary for the installation, maintenance, and troubleshooting of these systems.
Familiarize participants with safety regulations and standards in the elevator and escalator industry.
Develop practical skills through hands-on training and real-world scenarios.
Course Outline
1. Introduction to Elevators and Escalators:
Overview of vertical transportation systems.
Importance and applications in buildings and public spaces.
Types of elevators: electric, hydraulic, and machine-room-less (MRL) elevators.
2. Components of Elevator Systems:
Hoisting systems and mechanisms (cables, pulleys, and hydraulic systems).
Control systems (manual, automatic, and smart controls).
Safety systems (brakes, doors, emergency systems).
3. Components of Escalators:
Escalator design and function.
Major components: steps, chains, drives, and control systems.
Safety features specific to escalators.
4. Installation Practices:
Site preparation and planning for installation.
Step-by-step installation procedures for elevators and escalators.
Handling tools and equipment safely and effectively.
5. Maintenance and Troubleshooting:
Regular maintenance schedules and best practices.
Common issues and troubleshooting techniques.
Repair procedures for both elevators and escalators.
6. Safety Standards and Regulations:
Overview of local and international safety standards (e.g., ASME A17.1).
Compliance requirements for installation and operation.
Safety practices for users and technicians.
7. Hands-On Training:
Practical exercises in installing, maintaining, and troubleshooting elevators and escalators.
Use of simulators and real equipment to enhance learning.
8.Assessment and Certification:
Evaluation of knowledge and skills through tests and practical assessments.
Certification of completion for participants who meet course requirements.
1. Introduction to Elevators and Escalators:
Overview of vertical transportation systems.
Importance and applications in buildings and public spaces.
Types of elevators: electric, hydraulic, and machine-room-less (MRL) elevators.
2. Components of Elevator Systems:
Hoisting systems and mechanisms (cables, pulleys, and hydraulic systems).
Control systems (manual, automatic, and smart controls).
Safety systems (brakes, doors, emergency systems).
3. Components of Escalators:
Escalator design and function.
Major components: steps, chains, drives, and control systems.
Safety features specific to escalators.
4. Installation Practices:
Site preparation and planning for installation.
Step-by-step installation procedures for elevators and escalators.
Handling tools and equipment safely and effectively.
5. Maintenance and Troubleshooting:
Regular maintenance schedules and best practices.
Common issues and troubleshooting techniques.
Repair procedures for both elevators and escalators.
6. Safety Standards and Regulations:
Overview of local and international safety standards (e.g., ASME A17.1).
Compliance requirements for installation and operation.
Safety practices for users and technicians.
7. Hands-On Training:
Practical exercises in installing, maintaining, and troubleshooting elevators and escalators.
Use of simulators and real equipment to enhance learning.
8.Assessment and Certification:
Evaluation of knowledge and skills through tests and practical assessments.
Certification of completion for participants who meet course requirements.
Group Exercises
System design project including (selecting appropriate elevator type for 15-story commercial building, specifying equipment per ASME A17.1, calculating capacity requirements, developing control strategy)
Modernization planning including (assessing 25-year-old traction elevator system, identifying obsolescence issues, developing upgrade scope meeting ASME A17.1, estimating project costs)
Gained Core Technical Skills
Electric traction elevator systems per ASME A17.1 including (geared and gearless machine operation, wire rope suspension principles, guide rail and car frame construction, door systems and interlocks, buffer and terminal devices, safety gear operation, governor systems)
Hydraulic elevator systems per ASME A17.1 including (hydraulic power unit components, pump and motor operation, cylinder and plunger design, valve systems and controls, piping specifications, roped hydraulic configuration, fluid management)
Escalator and moving walk systems per ASME A17.1 including (step and step chain mechanisms, handrail system operation, drive and brake systems, balustrade and safety components, control and monitoring systems, structural elements)
Electrical control systems per NEC 620 including (power distribution requirements, motor control technologies, relay logic and solid-state controllers, VVVF drive operation, position and speed control, safety circuits and monitoring, communication systems)
Installation and commissioning per ASME A17.1 including (pre-installation planning, hoistway equipment installation, machine room setup, testing procedures, load testing requirements, performance verification, documentation and handover)
Troubleshooting and diagnostics including (systematic troubleshooting methodology, test equipment utilization, electric elevator problem solving, hydraulic system diagnostics, escalator malfunction resolution, control system analysis)
Preventive maintenance per ASME A17.1 including (maintenance program development, electric elevator maintenance tasks, hydraulic system maintenance, escalator maintenance procedures, safety device periodic testing per ASME A17.2, lubrication programs)
Modernization and energy efficiency per ISO 25745 including (obsolescence assessment, modernization strategies, control and drive upgrades, energy efficiency improvements, hydraulic to traction conversion, code compliance enhancement)
Safety procedures per OSHA 29 CFR 1910.147 and NFPA 70E including (lockout/tagout execution, fall protection, electrical safety, confined space entry, emergency response, passenger entrapment procedures)
Regulatory compliance per ASME A17.1, ASME A17.2, and NEC 620 including (code interpretation, inspection requirements, testing protocols, documentation standards, authority coordination, quality management)
Service Coverage
Saudi Arabia - Bahrain - Kuwait - Philippines
Targeted Audience
Elevator and escalator technicians and engineers.
Maintenance personnel responsible for vertical transportation systems.
Building managers and facility maintenance staff.
Students pursuing careers in mechanical or electrical engineering.
Anyone interested in understanding the operation and maintenance of elevators and escalators.
This course is designed to equip participants with the necessary skills and knowledge to excel in the elevator and escalator industry, ensuring safety and efficiency in their operations.
Practical Assessment
Electrical schematic interpretation including (reading and understanding traction elevator control diagram, identifying components and circuits, tracing signal paths)
Hydraulic system analysis including (analyzing hydraulic power unit operation, measuring system pressures, evaluating valve performance, identifying system components)
Installation procedure demonstration including (executing guide rail alignment procedure, performing rope reeving, conducting pre-commissioning checks, documenting results)
Knowledge Assessment
Fundamental principles evaluation including (explaining traction mechanics and friction coefficients, describing Pascal's law application in hydraulic systems, analyzing escalator step circulation mechanics, comparing geared versus gearless drive advantages)
Component function analysis including (describing safety gear operation per ASME A17.1, explaining governor overspeed detection mechanisms, analyzing door interlock safety circuits, detailing buffer energy absorption principles)
System design calculations including (determining counterweight mass for given car capacity, calculating rope safety factors per ASME A17.1, sizing hydraulic cylinder for specific load and travel, determining buffer stroke requirements)
Electrical system knowledge including (interpreting control circuit diagrams per NEC 620, explaining VVVF drive operating principles, analyzing safety chain circuit design, describing position feedback systems)
Code and standard compliance including (identifying ASME A17.1 requirements for specific elevator types, determining NEC 620 electrical provisions, applying ISO 25745 energy classification, interpreting inspection requirements per ASME A17.2)
Troubleshooting theory including (analyzing symptom patterns to predict root causes, developing diagnostic sequences for complex problems, evaluating test results to confirm hypotheses, prioritizing corrective actions)
Maintenance program knowledge including (determining appropriate inspection frequencies per ASME A17.1, selecting lubrication types for specific applications, establishing predictive maintenance thresholds, scheduling safety device testing intervals)
Modernization planning including (evaluating obsolescence indicators, identifying code gap requirements, calculating energy savings potential per ISO 25745, justifying modernization investment)
Why Choose This Course
Comprehensive coverage of electric, hydraulic, and escalator systems
Integration of ASME A17.1, ASME A17.2, NEC 620, and ISO 25745 standards
Hands-on practical exercises with actual system components
In-depth electrical and hydraulic system analysis
Installation and commissioning procedure mastery
Advanced troubleshooting and diagnostic techniques
Energy efficiency and modernization strategies
Safety compliance and emergency response protocols
Complete documentation and code compliance framework
Real-world case studies from diverse applications
Regional environmental challenge solutions
Career advancement in vertical transportation industry
Note: This course outline, including specific topics, modules, and duration, can be customized based on the specific needs and requirements of the client.
Recommended Courses
Course Title
Electric and hydraulic elevators and escalators
Comprehensive Electric and Hydraulic Elevator and Escalator training aligned with ASME A17.1, NEC Article 620, and ISO 25745, covering installation, operation, maintenance, and troubleshooting for vertical transportation systems.
