The Elevator Deep Dive: What Every Property Manager Needs to Know
You know your chillers. You understand your boilers. You can walk an electrical panel and ask the right questions.
But your elevators? Most property managers hand those entirely to a maintenance company and hope for the best.
That's a problem - because elevators are one of the higher liability exposures, one of the larger CapEx line items, and the one system your tenants interact with multiple times every single day. When the elevator is slow, tenants notice. When the elevator breaks, tenants call immediately. When the elevator entraps someone, it becomes an ownership conversation before the end of the day.
You don't need to be a licensed elevator mechanic. But you need to know enough to ask the right questions, read your maintenance logs, and recognize how your equipment is performing.
How Elevators Actually Work
There are three primary elevator types you'll encounter in commercial buildings. Know which you have and why it matters.
Hydraulic Elevators
Common in low-rise buildings up to 5-6 stories. A hydraulic piston pushes the cab upward; controlled descent uses gravity. Simpler mechanically, lower maintenance cost, but slower and less energy-efficient than traction systems. The hydraulic fluid and jack assembly are your primary maintenance focus. Age-related concerns include jack corrosion and fluid leaks.
Traction Elevators
Standard in mid-rise and high-rise buildings. Steel ropes (cables) run over a sheave (pulley) connected to a motor. Counterweights balance the cab. Faster, more energy-efficient, better suited for heavy use. The machine room houses the motor, controller, and sheave.
Machine-Room-Less (MRL) Elevators
Newer technology placing the drive machine inside the hoistway, eliminating the traditional machine room. More space-efficient, increasingly common in new construction. Maintenance access is more complex and typically more vendor-dependent.
The Controller: Your Most Important Component
Regardless of elevator type, the controller is the brain. It manages floor leveling, door operation, safety systems, and emergency protocols. Most elevator failures trace back to the controller. When your vendor talks about modernization, the controller is almost always the first or primary component they're discussing. Understand what it does before you agree to replace it.
The Maintenance Contract
Full Maintenance vs. Oil and Grease
Oil and grease contracts cover basic lubrication and adjustments only. Major components - motors, controllers, door operators, hydraulic jacks are extra. Full maintenance contracts cover parts and labor for most components. But "full maintenance" is not a universal standard. Every vendor defines it differently. Read the exclusions. They're not in the summary - they're in the fine print.
Response Time Guarantees
For entrapments: industry standard is 1 hour or less. For callbacks: 24-48 hours for non-entrapment issues. Get these in writing. Track actual response times against the guarantee. The gap between what's promised and what's delivered is where your leverage lives at contract renewal.
Proprietary Parts Lock-In
Some manufacturers produce proprietary controllers and components that only their technicians can service with their parts. This is the elevator industry's version of a golden handcuff. If you're locked into proprietary equipment, you're locked into that vendor regardless of performance or price. Before any modernization, ask directly: will the new components be proprietary? Can independent contractors service them? Get the answer in writing.
Callback Logs
Your vendor should provide monthly callback reports showing every service call, the issue reported, the resolution, and the time to respond. If they're not providing this automatically, request it. If they resist, escalate. Callback frequency is one of your clearest signals that equipment is approaching end of life or that your vendor's service quality is declining.
Reading Your Equipment
You need to know your equipment's age, condition history, and trajectory.
Hydraulic elevators: 20+ year useful life, though well-maintained units can run longer. Track the jack condition and fluid integrity as you approach that range.
Traction elevators: 25+ year useful life. Key aging indicators are rope wear, sheave wear, and controller reliability.
MRL systems: Newer technology with less established lifecycle data - follow manufacturer guidance closely.
Age alone doesn't mandate modernization. Condition does. What it tells you is that elevated monitoring and capital planning should begin before the equipment tells you it needs attention through a failure.
Modernization Triggers
Consider modernization when any of the following apply:
Callback frequency is increasing year over year with no root cause resolution
Parts are becoming difficult to source or require special ordering
ADA compliance gaps exist (cab dimensions, control heights, door timing)
Energy consumption is significantly higher than comparable modern equipment
Controller is obsolete and no longer supported by the manufacturer
Repair costs in any 12-month period exceed 30-40% of modernization cost
Capital Planning for Elevators
Elevator modernization is one of the most significant CapEx decisions in a building's lifecycle. It requires planning, not reaction.
Build the Case Before You Need It
Start a modernization file when your equipment hits 15 years. Document callback frequency, repair costs, parts availability issues, and condition observations annually. When the time comes to make the capital request to ownership, you'll have a documented case - not an emergency ask.
Typical Cost Ranges
Modernization costs vary significantly by building type, number of units, and scope. Full cab and equipment modernization for a standard commercial elevator typically runs $75,000-$150,000+ per unit in most markets. Get three quotes. But to get comparable quotes, you need a defined scope - not a general "modernize the elevator" ask. Consider hiring an elevator consultant to write the spec before you go to bid.
Phased Modernization
Cab interiors can be refreshed independently of equipment upgrades. A fresh cab - new panels, lighting, flooring, handrails - dramatically improves tenant perception at a fraction of full modernization cost. If equipment still has years of useful life, a cab refresh buys time and improves experience while you plan the larger capital project.
The Entrapment Protocol
Every person on your team needs to know this. No exceptions.
When a tenant reports being trapped:
Respond immediately - call back to confirm you've received the report and that help is on the way. Silence is the worst thing for someone in a stopped cab.
Contact your elevator vendor's emergency line - not the regular service number. Know this number before you need it. Post it in your management office and your cell phone contacts.
Do not attempt to free the passenger yourself - unless you are a trained technician, do not open doors, attempt to move the cab, or allow unauthorized access to the hoistway.
Maintain voice contact with the passenger throughout - reassure them. Give them realistic time estimates. Let them know they are not forgotten.
Notify ownership as soon as the situation is resolved - with a brief summary of duration, response time, and any follow-up required.
Document everything - time of report, time of vendor arrival, time of resolution, passenger name, cab number. This record matters for insurance and regulatory purposes.
What to Do This Week
Pull your maintenance contract and find the exclusions section. List what is not covered.
Request a callback log for the last 12 months from your vendor if you don't already receive one monthly.
Identify the age and type of every elevator unit in your building.
Confirm the entrapment response protocol with your team. Does everyone know the after-hours emergency number?
If any unit is 18+ years old, start a modernization planning file today.
When did you last review your elevator maintenance contract? What does 'full maintenance' actually cover in your agreement and have you tested that claim?
