Proper elevator operation is not merely a matter of passenger comfort; it is a strict legal obligation. The legal framework operates on the principle of “Duty of Care,” which dictates that a property owner is legally bound to maintain a safe environment for everyone inside the premises. Any technical incident or malfunction resulting in an accident is treated as a direct breach of this obligation.
Preventative maintenance is also a component of a smart financial strategy: data demonstrates that reactive repairs—meaning calling a technician only after operational faults have manifested—cost significantly more than structured, scheduled servicing. This is precisely why, when installing an elevator, you must ensure that both the installation and subsequent upkeep are entrusted to a highly qualified elevator company—one that provides quality preventative maintenance rather than simply waiting for you to report a breakdown.
Standards and Regulations: European and Georgian Realities
Elevator safety standards are continuously evolving. In Europe, the industry is governed by the EN 81 series standards (specifically EN 81-20 and EN 81-50), which introduce rigid requirements for passenger protection. For example, modern standards mandate the integration of a “Light Curtain”—an electronic sensor array that fully monitors the door clearance path and prevents the doors from striking a passenger, an objective that older single-beam photoelectric eyes could not always guarantee.
Furthermore, requirements for hoistway illumination and cabin wall structural strength have been increased to ensure the protection of both passengers and technical personnel. A recent update to the EN 81 family was introduced in 2024: the EN 81-41 standard explicitly regulates vertical lifting platforms designed specifically for persons with disabilities, separating their technical profile from standard passenger lifts.
In Georgia, the sector is strictly regulated by Government Resolution No. 289, which establishes the official Technical Regulation for Elevator Safety. The legislation mandates that all passenger elevators pass a compulsory periodic technical inspection every 3 years, performed by a state-accredited inspection body. In addition, the property owner must implement and adhere to a formal Maintenance Control Program (MCP), which explicitly details the technical inspection intervals and servicing schedules.
The Role of the Elevator Owner: What to Look For and When
Many building owners mistakenly assume that auditing an elevator is exclusively the responsibility of a certified technician. In reality, the primary accountability for ensuring smooth operation rests squarely on the owner. Because the owner utilizes the elevator on a daily basis, they have a much higher probability of noticing minor operational deviations that a specialist might miss during a brief, routine service visit.
Even if the legal owner does not reside on the property, they are by no means exempted from statutory liability. In such scenarios, it is vital to keep the building manager or the homeowners’ association (HOA) chairperson properly informed. Organizing this first line of defense is critical—largely because a mechanical issue can develop between scheduled professional inspections, and the technical team needs to be alerted as quickly as possible to resolve the fault before it degrades into a major failure.
A non-technical owner audit is divided into two primary categories:
1. Daily Visual and Acoustic Inspections
Your routine observation should begin by checking floor alignment (Leveling Control), as this is one of the most critical safety parameters. When the doors open, the cabin floor must align perfectly flush with the landing floor; a variance of just 1–1.5 centimeters creates a serious trip hazard for passengers and indicates mechanical wear in the braking or control systems.
Additionally, observe door operation—how smoothly do the car door sliders move? The doors must operate without obstruction, and the sills and sliders must be kept completely clean. Accumulated gravel, dust, or small debris inside the tracks is the number one cause of elevator door failure.
Beyond visual observation, acoustic diagnostics are highly effective. A properly functioning system should travel relatively quietly, without excessive vibration. Pay close attention to any new or unusual sounds, such as metallic friction, squeaking, or scraping. Such noises frequently indicate that the guide rails require lubrication or that a mechanical joint is failing to operate correctly.
Finally, monitor the condition of the cabin lighting and control fixtures; a burned-out bulb is often blamed on vandalism, but it can easily point to an underlying electrical fault. In all these scenarios, calling a professional technical team is essential.
2. Periodic Functional Tests
In addition to daily observations, several simple yet critical functional tests should be conducted routinely:
The Emergency Telephone Test: The emergency communication network must be fully tested at least once a month. Simply pressing the button to listen for a dial tone or buzzer is insufficient; in compliance with ADA standards, the monitoring operator must be able to state your exact property address and elevator identification number without you prompting them. This is critical for emergencies where a passenger experiences a medical crisis and is unable to speak. Ensure that the communication link is fully two-way and that the operator can dial directly back into the cabin.
Firefighters’ Emergency Operation Test: It is recommended to perform this test monthly, but if that schedule is unfeasible, aim to test it at least once every two to three weeks. The process involves verifying the “Phase 1 recall” function: upon activation, the cabin must automatically cancel all car calls, travel directly to the primary designated recall floor, and park with its doors fully open. While this procedure is straightforward to execute, it is highly critical—the correct operation of the emergency fire service mode largely dictates how effectively an evacuation can be managed during a crisis.
The Role of the Elevator Company: What Does the Technical Team Inspect?
While the building owner monitors visible, day-to-day elements, a certified technician inspects hidden sub-systems that require specialized diagnostics and engineering tools.
The specifics of professional servicing depend heavily on the system type:
Traction (Cable-Driven) Systems: These systems operate on the principle of hoist ropes and traction drive friction. Therefore, when auditing this machinery, the technician’s primary focus is verifying that the physical condition of the steel ropes complies with engineering safety codes. They measure rope diameters, inspect for broken wire strands to ensure core structural integrity, and equalize rope tension. Technicians also utilize a specialized tool called a feeler gauge to audit the braking system—measuring the microscopic clearance (Air Gap) between the brake shoe lining and the disc to eliminate any risk of delayed brake deployment or slippage.
Hydraulic Systems: These systems require a completely different approach and are frequently utilized for heavy-duty applications. For example, a commercial freight elevator typically operates via oil pressure, making fluid leakage the primary risk factor. To diagnose this, the technician performs a formal “Cylinder Drift Test”—the cabin is loaded to capacity, parked, and monitored closely for 15 minutes to see if it drifts downward. This test reveals hidden, often subterranean leaks within the hydraulic cylinder or piping network that are invisible to the naked eye. Furthermore, oil quality is thoroughly analyzed: a burnt odor or a cloudy, discolored appearance indicates system overheating, which can rapidly destroy the hydraulic pump.
Elevator maintenance is a multi-tiered, continuous process. It demands proactive attention from the property owner alongside specialized technical interventions from trusted professionals. Remember that any unusual noise, vibration, or minor operational change can serve as an early warning signal that warrants a professional technical inspection. Selecting the right elevator company ensures you receive a prompt response to technical faults, securing long-term passenger safety and protecting your investment.
