Six Months in Motion: My Journey as Elevator Technician

For the past six months, our team has been fully immersed in the demanding and rewarding world of elevator systems. As elevator technician, our responsibility goes far beyond simple installation. We handle complete elevator electrical installations, mechanical assembly, and the maintenance of existing elevator units. Each day brings new challenges, new learning experiences, and a deeper appreciation for the precision and teamwork required in this field.

Month 1: Planning and Preparation

Our journey began with project planning and site inspections. Before any tools were lifted, we carefully reviewed building layouts, shaft measurements, machine room conditions, and electrical load requirements. Precision is critical in elevator work. A small measurement error can affect the entire system.

We coordinated closely with civil engineers, contractors, and site supervisors to ensure that shaft dimensions, pit depth, overhead clearance, and power supply met required standards. Safety was our first priority. We reviewed safety protocols, checked personal protective equipment, and ensured lockout/tagout procedures were in place before starting any work.

During this stage, we also organized materials: guide rails, brackets, machines, control panels, traveling cables, safety devices, and landing doors. Proper preparation ensured smooth progress in the months ahead.

Month 2: Mechanical Assembly Begins

With planning complete, we began the mechanical assembly inside the shaft. This phase required physical strength, focus, and teamwork.

We started by installing the guide rail brackets along the shaft walls, ensuring perfect alignment using plumb lines and laser levels. Proper alignment is critical to prevent vibration and ensure smooth elevator movement. After securing the brackets, we installed the guide rails section by section.

Next came the installation of the elevator car frame and counterweight frame. Every bolt was tightened to specification, and every connection was double-checked. The suspension system, including ropes and sheaves, was installed with precision to maintain proper tension and balance.

Installing landing doors on each floor required careful alignment. Even a small misalignment could cause operational issues later. By the end of this month, the mechanical structure of the elevator began to take shape.

Month 3: Electrical Installation

The third month focused on electrical installation, a critical part of the elevator system.

We installed the main control panel in the machine room and began routing cables through cable trays and conduits. Traveling cables were carefully positioned to avoid interference during car movement. We wired safety circuits, door operators, limit switches, overload sensors, and emergency communication systems.

Each electrical connection had to follow strict wiring diagrams and manufacturer specifications. We tested circuits using multimeters and insulation resistance testers to ensure proper continuity and grounding.

Programming and configuring the control system required attention to detail. We set floor parameters, door timing, speed control settings, and safety features. Testing each function step by step ensured reliability before full operation.

Month 4: System Testing and Commissioning

Once mechanical and electrical installation were completed, we moved to system testing and commissioning.

We performed no-load tests, running the elevator car slowly to check guide rail alignment, rope tension, and brake operation. After successful testing, we conducted load tests to verify motor performance and safety brake response.

Every safety component was tested thoroughly:

Door interlocks

Overspeed governor

Emergency stop systems

Alarm and communication system

Buffer systems in the pit

Adjustments were made whenever necessary. Some days required troubleshooting minor faults such as sensor misalignment or control parameter adjustments. Patience and systematic testing were essential during this phase.

Finally, the elevator passed inspection and was handed over for operation.

Month 5: Maintenance of Existing Units

In addition to new installations, we were responsible for maintaining existing elevator units in various buildings.

Preventive maintenance included:

Cleaning and lubricating guide rails

Checking rope tension and wear

Inspecting brake systems

Testing safety circuits

Checking door operation and alignment

Inspecting control panels for loose wiring

We responded to service calls for breakdowns, which required quick diagnosis and repair. Sometimes the issue was a faulty sensor, worn contactor, or door operator malfunction. Each service call required logical troubleshooting and calm problem-solving.

Maintenance taught us the importance of preventive care. Regular inspections prevented major breakdowns and ensured passenger safety.

Month 6: Challenges and Growth

The final month of this six-month journey highlighted our growth as a team. We handled more complex troubleshooting cases, improved our installation speed, and strengthened communication among team members.

Working in elevator installation demands discipline, responsibility, and attention to detail. We worked in confined spaces, at heights, and under tight project deadlines. Despite these challenges, we maintained safety standards and quality workmanship.

By the end of six months, we had:

Successfully installed multiple elevator systems

Completed full electrical and mechanical assemblies

Performed preventive maintenance on numerous existing units

Resolved emergency breakdown cases

Ensured safe and reliable operation for building occupants

Conclusion

These six months were not just about installing machines. They were about teamwork, precision, safety, and responsibility. As elevator technicians, we understand that every elevator we install or maintain carries people’s lives every day. That responsibility drives us to work carefully, professionally, and with pride.

Our journey continues, but these six months have strengthened our skills, improved our coordination, and reinforced our commitment to delivering safe and efficient vertical transportation systems.