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 often 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 of October 2026) as orientation, and verify current requirements with your authority having jurisdiction (AHJ) before relying on them.

What code governs elevator safety?

ASME A17.1/CSA B44, the Safety Code for Elevators and Escalators (opens in a new tab), 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, inspection, testing, maintenance, alteration, and repair of elevators, escalators, and related equipment. Jurisdictions adopt specific editions on their own schedules, often with amendments: as of October 2026, ASME’s newest edition is 2025, while Maryland’s regulations (COMAR 09.12.81.01) (opens in a new tab) incorporate the 2022 edition with state changes. That 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 (opens in a new tab) covers safety requirements for existing elevators; ASME writes it as the basis for jurisdictions that adopt retroactive requirements for older equipment, so ask your AHJ whether it applies. And current editions of A17.1 require a Maintenance Control Program (MCP) — a written program for each unit setting out the required maintenance tasks, procedures, examinations, and tests (section 8.6.1.2.1, quoted on Fairfax County’s elevator program page (opens in a new tab)). The records must be viewable on site, with instructions for finding them posted on the controller, and kept for the most recent five years unless the AHJ sets otherwise (section 8.6.1.4); under ASME A17.2, inspectors review them for maintenance, tests, repairs, and callbacks. Missing records are a frequent finding in at least one DMV program: Fairfax County’s January 2026 elevator round table presentation (opens in a new tab) lists “No MCP Records” among its top ten non-policy violations.

“Elevators in the United States make 18 billion passenger trips per year.” — National Elevator Industry, Inc. (NEII) fact sheet (opens in a new tab) (NEII notes most of its figures were compiled in 2007)

That volume of use is why the test cadence matters. The tests exist to prove the safety systems — brakes, safeties, buffers, governors — still perform, years after installation.

What inspections and tests are required, and how often?

The intervals come from A17.1’s Appendix N, which the 2017 DC Building Code (section 3009.5) (opens in a new tab) and the Virginia Maintenance Code (section 606.1) (opens in a new tab) both adopt as the test schedule. The DMV pattern is a periodic inspection at least once a year, an annual Category 1 test, and a full-load Category 5 test every five years, chiefly for traction elevators. The maintenance contractor performs the tests, and an inspector witnesses or verifies them per the jurisdiction’s rules; Virginia and Maryland, for example, require an inspector to witness them.

What each involves, in owner’s terms:

• Periodic inspection (at least annual): a certified inspector — ASME QEI-certified in DC, a registered third-party qualified elevator inspector in Maryland, the locality’s inspector or an approved agency in Virginia — 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 tests the safety devices, with results documented in the MCP records.
• Category 5 test (every five years): the heavy one. The car is loaded to its full rated load so the safety systems are tested under load; Maryland requires it for rope-, belt-, or chain-suspended units (COMAR 09.12.81.07 (opens in a new tab)). It requires test weights, a crew, and downtime — schedule it deliberately, not in a panic when the certificate is about to lapse.
• Hydraulic elevators have their own part of A17.1 (Part 3), and their tests follow the Appendix N intervals your AHJ applies. Ask your contractor which are due on each unit, and what is known about the condition of any older in-ground cylinder.

Fire service features ride alongside this cadence: Phase I recall and Phase II firefighters’ operation are checked at inspection. A17.1 (section 8.6.11.1) calls for a monthly test — Phase I recall plus at least a one-floor Phase II operation — with a written record kept on the premises, as the Texas Department of Licensing and Regulation’s test log (opens in a new tab) quotes it. 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: the Code of Virginia (§ 36-105) (opens in a new tab) makes each local government inspect and enforce the code for elevators, so requirements vary by city and county. In broad strokes, as of October 2026 and worth verifying with the AHJ:

• Washington, DC: the Department of Buildings (DOB) (opens in a new tab) administers the elevator program and, since October 1, 2025, also issues the certificate (formerly a “license” from the Department of Licensing and Consumer Protection). The owner hires a DOB-approved third-party agency; DOB lists a periodic inspection and a Category 1 inspection every 12 months each (alternating) and a Category 5 every 60 months. The certificate is valid for two years and is issued on the past two years of passed reports.
• Virginia: the Uniform Statewide Building Code framework applies, but localities operate the programs. The Maintenance Code requires an annual periodic inspection and lets a locality require a six-month one. Fairfax County does both, through a contracted inspection firm; Arlington County (opens in a new tab) renews certificates yearly, each expiring on the 28th of a set month; and Alexandria’s Department of Code Administration issues an annual elevator certificate (see the city’s fee compendium (opens in a new tab)). If you own across multiple NoVA jurisdictions, assume the paperwork, fees, and scheduling differ building to building.
• Maryland: the Maryland Department of Labor (opens in a new tab) administers elevator safety statewide through its Division of Labor and Industry (Safety Inspection Unit), under the Public Safety Article. Units must be registered with the state and need a state certificate to operate; each needs a periodic annual inspection (Public Safety Article § 12-812 (opens in a new tab)) by a registered third-party qualified elevator inspector the owner hires, who files the report with the state.

Certificate posting: all three jurisdictions require a current certificate of inspection for each unit. Maryland requires it posted in or on the unit (§ 12-811); DC and Virginia require it in the car but allow it to be kept in the building operator’s office instead. The practical rule: know where every certificate is, know when every certificate expires, and we suggest treating 60 days before expiration as your action date. Some AHJs set their own lead time: Maryland requires the owner to file the request for a five-year inspection with the state at least 60 days ahead, and Arlington mails its renewal notice 90 days before expiration.

What are the elevator maintenance contract types?

Commercial elevator maintenance contracts generally fall into 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 usually 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. Usually the lowest monthly number and the least predictable annual total. It can suit newer, low-rise, low-traffic equipment; it is riskier on aging machines.
• Parts/labor hybrids (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 (as Fairfax County treats them); 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 independents compete on price and service but can be constrained on proprietary controllers where the OEM restricts diagnostic tools. Ask each bidder how it will service your controller.

A good contractor does not guarantee compliance if no one manages the contract: certificate dates go untracked, no one checks whether tests actually happened, and the MCP records are incomplete when the inspector asks for them. 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 until a part is found or the controller is replaced.
• Rising callbacks and entrapments: callback frequency trending up year over year, or any pattern of passenger entrapments, especially on older equipment.
• Motor-generator sets and relay logic controllers: older technology than today’s solid-state drives; compare reliability, energy use, and ride quality when you price the upgrade.
• Code and accessibility gaps: retroactive requirements your AHJ has adopted, or accessibility needs a repair can’t satisfy. Under the 2010 ADA Standards (opens in a new tab) (206.6.1), altering an element of one elevator means altering it in every elevator that answers the same hall call.
• Performance complaints: long waits, poor leveling, rough rides — leveling in particular is a trip hazard and a liability issue, not just a comfort one (the 2010 ADA Standards, 407.4.4, set a 1/2-inch leveling tolerance).

Treat modernization as a planned capital project: scopes vary from controller-and-drive packages to full replacements, lead times can be long, and doing it on your schedule leaves time to bid, permit, and phase the work, which an emergency replacement does not. Modernization also needs an acceptance inspection before the unit returns to service (under an elevator permit in DC and Fairfax County; by a state inspector in Maryland). 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 DC’s building code, Virginia’s Maintenance Code (section 103.2.3), and Maryland’s elevator statute all put the duty to maintain the equipment, have it inspected, and correct violations on the building owner (Virginia’s code makes an exception where a duty is expressly or impliedly the tenant’s). A contract can assign tasks; it doesn’t move that duty off the owner.

What happens if an elevator certificate expires?

Operating without a current certificate is a violation, and jurisdictions can take the unit out of service. In Maryland, the state can also assess civil penalties of up to $5,000 per unit for Safety Code violations under Public Safety Article § 12-814.3 (as of October 2026). Track expirations, and we suggest starting to schedule at least 60 days out.

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

It’s the five-year full-load safety test: test weights load the car to its rated capacity and the safety systems are tested under that load. Maryland requires it for rope-, belt-, or chain-suspended units. It matters because it’s the test that proves the equipment protects a fully loaded car, and because it requires planning — weights, a crew, and a unit out of service while the test runs.

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

The A17.1 foundation is the same (though adopted editions vary), but administration differs: DC runs its program through the Department of Buildings, Maryland through the state Department of Labor, and Virginia law has each locality inspect and enforce, 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?

It depends on scope, equipment lead times, and the building, so ask bidders for a unit-by-unit schedule covering engineering, equipment delivery, on-site work, and the acceptance inspection before each unit returns to service. Modernizing one unit at a time keeps the building running; in DC the building code requires a building with passenger elevators to keep at least one elevator running whenever it is occupied, with an exception for single-elevator buildings.