Elevator Compliance & Inspection Guide for Building Owners

Elevator inspection requirements are one of the few building obligations where noncompliance has an immediate, visible consequence: an expired certificate in the cab, a red tag on the machine room door, or an elevator taken out of service the week a major tenant tours the building. They are also chronically misunderstood, because responsibility is split three ways — the owner holds the legal obligation, a maintenance contractor does the work, and a jurisdiction (or its third-party inspectors) verifies it. When something lapses, it is the owner’s name on the violation.

This guide covers what building owners in DC, Northern Virginia, and Maryland actually need to manage: the code framework (ASME A17.1), the inspection and test cadence, how each DMV jurisdiction runs its program, what a maintenance contract does and doesn’t cover, and the signals that an elevator is heading for modernization rather than another repair.

One caveat up front, because it matters with elevators more than almost any other system: jurisdictional rules change, adopted code editions differ, and localities within Virginia run their own programs. Treat the jurisdiction specifics below as orientation, and verify current requirements with your authority having jurisdiction (AHJ) before relying on them.

What code governs elevator safety?

ASME A17.1 (formally ASME A17.1/CSA B44, the Safety Code for Elevators and Escalators) is the base safety code for elevators in the United States, and every DMV jurisdiction enforces some adopted edition of it. It governs design, construction, operation, testing, and maintenance of elevators, escalators, and related equipment. Jurisdictions adopt specific editions on their own schedules — often with amendments — which is why “code compliant” always means “compliant with the edition my AHJ has adopted,” not the newest one on ASME’s shelf.

Two companion points owners should know. ASME A17.3 covers safety requirements for existing elevators, and is how jurisdictions reach back to older equipment with retroactive requirements. And modern editions of A17.1 require a Maintenance Control Program (MCP) — a written, equipment-specific maintenance plan with records kept on site (typically in the machine room) documenting maintenance, tests, repairs, and callbacks. Inspectors increasingly ask for the MCP records first; a missing or empty MCP binder is one of the most common findings in the region.

According to the National Elevator Industry, Inc., elevators in the United States carry passengers on approximately 18 billion trips per year — making them among the safest forms of transportation in the building. — NEII

The safety record is genuinely excellent, and it’s excellent because of the test cadence, not despite it. The tests exist to prove the safety systems — brakes, safeties, buffers, governors — still perform under load, years after installation.

What inspections and tests are required, and how often?

The general pattern under A17.1 is a periodic inspection (typically annual in DMV jurisdictions), an annual no-load safety test, and a full-load test every five years for traction elevators. Owners hear these called Category 1 (annual) and Category 5 (five-year) tests, and both are performed by the maintenance contractor and witnessed or verified per the jurisdiction’s rules.

What each involves, in owner’s terms:

• Periodic inspection (annual): a licensed inspector — usually a QEI-certified (Qualified Elevator Inspector) third party or jurisdiction inspector — examines the equipment, machine room, hoistway, pit, and records. Deficiencies get written up with correction deadlines; passing yields the operating certificate.
• Category 1 test (annual): the maintenance contractor operates and tests safety devices without load — governor, safeties, brakes, buffers, emergency operation features — with results documented in the MCP records.
• Category 5 test (every five years, traction elevators): the heavy one. The car is tested at rated load and rated speed, proving the safeties and brakes stop a fully loaded car. It requires test weights, a crew, and downtime — schedule it deliberately, not in a panic when the certificate is about to lapse.
• Hydraulic elevators follow their own pressure-test and cylinder-related requirements on jurisdictional schedules, and older single-bottom hydraulic cylinders are a known risk item inspectors and insurers both watch.

Fire service features ride alongside this cadence: Phase I recall and Phase II firefighter operation are typically checked at inspection, and many fire codes expect monthly Phase I operation checks documented by building staff. Ask your contractor who is doing that monthly check, because someone should be.

Who inspects elevators in DC, Virginia, and Maryland?

Each DMV jurisdiction runs its own program, and Virginia adds a twist: elevator certification there is administered locally, so requirements vary by city and county. In broad strokes, current as of this writing and worth verifying with the AHJ:

• Washington, DC: the Department of Buildings (DOB) administers the elevator program. Periodic inspections are performed by third-party inspection agencies with QEI-certified inspectors, results are filed with DOB, and the operating certificate must be current. DC has historically required inspections annually, with tests per the adopted A17.1 cadence.
• Virginia: the Uniform Statewide Building Code framework applies, but localities operate the certificate-of-inspection programs. Fairfax County, Arlington County, Alexandria, and other Northern Virginia jurisdictions each administer periodic inspections (generally annual for commercial passenger elevators) using their own or third-party QEI inspectors, and issue their own certificates. If you own across multiple NoVA jurisdictions, assume the paperwork, fees, and scheduling differ building to building.
• Maryland: the state Department of Labor’s Safety Inspection unit administers elevator safety statewide. Units must be registered with the state, inspected on the required cycle (annual for most commercial equipment, via state or authorized third-party QEI inspectors), and carry a current state certificate.

Certificate posting: all three jurisdictions require a current certificate of inspection for each unit; depending on jurisdiction it must be posted in the car or kept on site and producible on request. The practical rule: know where every certificate is, know when every certificate expires, and treat 60 days before expiration as your action date, because inspection scheduling backlogs are real in this region.

What are the elevator maintenance contract types?

Most commercial elevator maintenance is sold in one of three structures, and the differences show up at repair time, not at signing:

• Full maintenance: a fixed monthly fee covering scheduled maintenance, callbacks, and most repairs including parts. The contractor absorbs repair risk, so it costs the most — and exclusions (obsolete parts, misuse, “acts of God,” modernization-level items) are where the negotiation actually lives.
• Oil-and-grease (examination and lubrication): the contractor lubricates, adjusts, and examines; repairs and callbacks bill separately. Cheapest monthly number, most volatile annual total. Reasonable for newer, low-rise, low-traffic equipment; risky on aging machines.
• Parts/labor hybrids (“survey and report,” limited coverage): middle-ground structures covering labor but not parts, or covering components up to a cap. Read the coverage matrix line by line.

Three owner-side terms worth negotiating into any structure: the contractor performs and documents all code tests (Cat 1/Cat 5) within the fee or at pre-agreed prices; MCP records are kept current and remain the owner’s property; and callback response times carry defined targets. Also understand the OEM-versus-independent choice — OEM contractors have the deepest parts and diagnostic access on their own proprietary equipment, while good independents are often cheaper and more responsive, but can be constrained on proprietary controllers where the OEM restricts diagnostic tools.

The most common failure mode we see isn’t a bad contractor — it’s an unmanaged one. Nobody tracks certificate dates, nobody audits whether tests actually happened, and the MCP binder is empty when the inspector opens it. Elevator compliance is a scheduling-and-verification problem, which is why it belongs inside a broader preventive maintenance program where test dates, certificate expirations, and deficiency corrections are tracked like any other work order instead of living in a contractor’s goodwill.

When is it time to modernize instead of repair?

Modernize when parts, performance, or code have moved past what maintenance can fix — usually announced by a specific set of signals rather than one dramatic failure:

• Parts obsolescence: the controller or drive is no longer supported and parts come from salvage. This is the hardest trigger, because a single failed obsolete board can strand a unit for months.
• Rising callbacks and entrapments: callback frequency trending up year over year, or any pattern of passenger entrapments, on equipment 20–30+ years old.
• Motor-generator sets and relay logic controllers: technology generations behind current solid-state drives in reliability, energy use, and ride quality.
• Code and accessibility gaps: retroactive requirements (A17.3 items, fire service upgrades) or ADA-driven needs that a repair can’t satisfy.
• Performance complaints: long waits, poor leveling, rough rides — leveling accuracy in particular is a trip hazard and a liability issue, not just a comfort one.

Treat modernization as a planned capital project with a 12–24 month runway: scopes vary from controller-and-drive packages to full replacements, lead times are long, and doing it on your schedule is dramatically cheaper than doing it after a strand-out. Your maintenance records — callbacks per unit per year, parts availability notes, test results — are the evidence base for timing it. And keep the elevator dates on the same master schedule as your other statutory obligations; our building compliance calendar shows how elevator certificates fit alongside fire, boiler, and backflow deadlines across the DMV.

Frequently asked questions

Who is legally responsible for elevator compliance — the owner or the elevator company?

The owner. The maintenance contractor performs the work and the tests, but the obligation to maintain the equipment, keep certificates current, and correct violations sits with the building owner in DC, Virginia, and Maryland alike. A contract can assign tasks; it can’t transfer the legal responsibility.

What happens if an elevator certificate expires?

Operating with an expired certificate exposes the owner to violations and fines, and jurisdictions can order the unit out of service until it passes inspection. It also creates liability exposure: an incident on an uncertified elevator is a bad fact pattern in any claim. Track expirations and start scheduling at least 60 days out.

What is a Category 5 test and why does it matter?

It’s the five-year full-load, full-speed safety test for traction elevators: test weights are loaded to rated capacity and the safety systems must stop the car. It matters because it’s the only test that proves the equipment protects a fully loaded car, and because it requires planning — weights, a crew, and a unit out of service for a day or more.

Are the requirements the same in DC, Virginia, and Maryland?

The A17.1 foundation is the same, but administration differs: DC runs its program through the Department of Buildings, Maryland through the state Department of Labor, and Virginia delegates certification to localities, so Fairfax, Arlington, and Alexandria each have their own process. Owners with a portfolio across the DMV should verify each building’s requirements with its specific AHJ.

How long does an elevator modernization take?

Plan on 4–12 weeks of on-site work per elevator for a typical controller/drive modernization, longer for full replacements — plus months of lead time for engineering and equipment before anyone touches the unit. Multi-elevator buildings modernize one unit at a time to preserve service, which stretches the overall program but keeps the building running.