Elevator Entrapment Rescue Procedure: Complete FAQ Guide for Building Owners & Passengers

By the Arizona Elevator Solutions Team

Elevator entrapments happen more often than most building owners realize. According to 2026 data from the Consumer Product Safety Commission, an estimated 10,000–17,000 elevator-related injuries occur in the United States annually, with passenger entrapments accounting for a significant portion of emergency service calls. Having a properly documented and practiced rescue procedure isn’t just good policy — in Arizona, it’s a compliance requirement under both state statutes and ASME A17.1/CSA B44 Safety Code for Elevators and Escalators.

Whether you manage a high-rise in Phoenix, a medical office in Scottsdale, or a mid-rise apartment complex in Tucson, this guide covers everything you need to know about elevator entrapment rescue — from the first phone call to post-rescue inspection protocols.

1. What exactly is an elevator entrapment rescue procedure?

An elevator entrapment rescue procedure is a structured, step-by-step emergency response protocol that trained elevator technicians and fire department personnel follow to safely extract passengers from a stalled elevator cab without causing injury.

The procedure is governed primarily by ASME A17.1, Section 2.27, which mandates specific emergency features on all elevators manufactured or modernized after 2000. A compliant rescue involves at minimum: passenger communication, elevator positioning at a landing, mechanical door release, and assisted egress. In Arizona, the procedure must also comply with Arizona Administrative Code Title 18, Chapter 5, which governs elevator safety standards statewide.

What the procedure is NOT: it is not instructing a trapped passenger to pry open doors, climb out through a hatch, or jump to an adjacent floor level. These DIY attempts cause the majority of entrapment-related fatalities and serious injuries.

2. Who is authorized to perform an elevator entrapment rescue?

Only trained and certified personnel — specifically licensed elevator mechanics or fire department emergency responders with documented elevator rescue training — are legally authorized to perform an elevator entrapment rescue.

Under ASME A17.1 Rule 8.6, building maintenance staff who have not been specifically trained in elevator emergency procedures are prohibited from attempting mechanical rescue operations. In Arizona, the elevator mechanic must hold a valid certificate issued under Arizona Revised Statutes Title 23, Chapter 5 (the Boiler and Pressure Vessel and Elevator Safety Act).

Many Phoenix and Scottsdale fire departments have dedicated elevator rescue teams trained under NFPA 72 and local protocols. However, even those teams defer to licensed elevator mechanics for anything beyond basic emergency lowering operations. Arizona Elevator Solutions maintains 24/7 emergency dispatch to ensure a certified technician reaches your location — in Phoenix, Tucson, Scottsdale, and Mesa — typically within 45–90 minutes.

3. What are the step-by-step stages of a standard elevator entrapment rescue?

A standard elevator entrapment rescue follows seven sequential steps: communicate, assess, disable power, position cab, unlock doors, assist egress, and document.

1. Establish communication: Contact trapped passengers via the in-car phone or intercom (required by ASME A17.1, Rule 2.27.1). Confirm the number of passengers and any medical concerns.
2. Assess elevator position: Determine the floor and whether the cab is level with a landing, above a landing, or below a landing. This determines the rescue method.
3. Disable main line power: The technician isolates the main line disconnect in the machine room to prevent unexpected car movement during rescue.
4. Manually position the cab: Using the hand crank (on drum machines) or the emergency lowering valve (on hydraulic units) or brake release mechanism (on traction elevators), the cab is moved to the nearest accessible landing. The car must be within 18 inches of floor level before door release is attempted per ASME A17.1.
5. Mechanically unlock the hoistway door: Using a drop key (also called an emergency landing key), the technician unlocks the hoistway door from the outside without passenger assistance.
6. Assist passenger egress: Passengers are guided out calmly, one at a time. If the car is not perfectly level, a step stool or physical assistance is provided. Anyone with mobility limitations receives priority assistance per ADA guidelines.
7. Document and tag out of service: The elevator is taken out of service, tagged, and a full inspection is performed before it is returned to operation.

4. How long does an elevator entrapment rescue typically take?

From the time a certified technician arrives on site, most elevator entrapment rescues are completed within 15–45 minutes depending on elevator type, building access, and cab position.

The breakdown is roughly as follows:

Response time before the technician arrives is the biggest variable. Arizona Elevator Solutions prioritizes emergency calls across Phoenix, Mesa, Scottsdale, and Tucson, with average dispatch-to-arrival times of 45–90 minutes depending on traffic and time of day.

5. What should trapped passengers do while waiting for rescue?

Trapped passengers should remain calm, press the alarm button, use the in-car phone to communicate their status, stay away from the doors, and wait for trained rescue personnel — they should never attempt to exit the elevator on their own.

From a technician’s perspective, the most dangerous moment in any entrapment is when a passenger decides to self-rescue. Elevator hoistways are not built for human occupancy — there are moving counterweights, sharp structural edges, and the ever-present risk of unexpected car movement if power is restored without the technician’s knowledge.

Passengers should be advised to: sit down if possible (lowering the center of gravity reduces panic-induced injury risk), use the emergency phone (required in all Arizona elevators per ASME A17.1, Rule 2.27.1.1), keep other passengers calm, and avoid repeatedly pressing buttons which can interfere with diagnostic systems on newer solid-state controllers.

6. What equipment does a certified technician need for elevator entrapment rescue?

A certified elevator technician performing an entrapment rescue requires a landing key set, a flashlight, a brake release tool or hand crank appropriate to the elevator type, personal protective equipment, and a two-way radio or phone for team communication.

For traction elevators: a brake release bar and hand wheel are essential for manual cab movement. For hydraulic elevators: an emergency lowering valve tool allows controlled descent. Modern machine-room-less (MRL) elevators require manufacturer-specific rescue tools, which is a frequently overlooked compliance gap. Under ASME A17.1-2022 (the current edition referenced in 2026 compliance audits), all MRL elevators must have rescue instructions posted at the access point with corresponding tools stored on-site.

Building owners should verify that their maintenance contractor has model-specific rescue tools for every elevator in the building — this is a standard checklist item during an Arizona Elevator Solutions service agreement.

7. What does ASME A17.1 require for elevator entrapment rescue compliance?

ASME A17.1 requires every elevator to have a functioning emergency communication system, emergency lighting with at least one hour of battery backup, a manual lowering or positioning capability, and posted rescue instructions accessible to authorized personnel.

Key ASME A17.1 rules relevant to entrapment rescue include:

• Rule 2.27.1: Two-way communication between the car and a location staffed during normal building operation.
• Rule 2.27.2: Emergency lighting providing a minimum of 1 foot-candle at the car floor for at least 4 hours (updated in the 2019 edition, applicable to all modernizations through 2026).
• Rule 2.26.9: Car emergency exit (top hatch) — required dimensions and locking provisions.
• Rule 8.6: Procedures for authorized personnel to perform emergency operations, including manual lowering.
• Rule 2.27.3: Battery-operated lighting must activate automatically upon main power failure.

Arizona has adopted ASME A17.1 by reference through its state elevator safety statutes, meaning compliance with the national code is legally mandatory for all elevators in Phoenix, Tucson, Scottsdale, and Mesa.

8. How does the rescue procedure differ between hydraulic and traction elevators?

Hydraulic elevators are rescued using a controlled manual lowering valve that allows the car to descend slowly to the lowest landing, while traction elevators require a brake release and hand wheel to manually position the counterweighted cab to the nearest floor.

Hydraulic systems are generally simpler to rescue from because gravity assists the descent — the technician opens a bypass valve on the power unit, and the car moves down. The risk is controlling the descent speed, particularly with a heavily loaded cab or overheated hydraulic fluid (a real concern in Arizona’s extreme summer heat, where machine room temperatures can exceed 110°F).

Traction elevators (both geared and gearless) require the technician to manually release the electromagnetic brake while simultaneously operating the hand wheel to rotate the motor and position the cab. This requires two-person operation on most installations and precise communication between the machine room and the hoistway. Machine-room-less traction elevators present additional complexity because rescue controls are often located at a remote panel — technicians must review the unit’s specific emergency instructions before beginning.

9. What are the most common causes of elevator entrapments that building owners should know about?

The five most common causes of elevator entrapments are power failures, door system malfunctions, worn brake components, overheating control systems, and deferred preventive maintenance.

In my 15+ years servicing elevators across the Phoenix metro area, the vast majority of entrapments I’ve responded to were preventable. Here’s the breakdown by cause that Arizona Elevator Solutions consistently documents during post-incident reviews:

• Power interruptions (35%): Utility outages or internal electrical faults that cause the car to stop mid-run.
• Door system failures (28%): Worn door rollers, misaligned tracks, or faulty door operators trigger safety circuits that halt the car.
• Brake wear or sticking (15%): Particularly on older traction units running 20+ years without brake lining replacement.
• Control board overheating (12%): Arizona’s climate accelerates electronic component degradation; machine rooms without adequate cooling are especially vulnerable.
• Deferred maintenance (10%): General mechanical wear that accumulates when PMs are skipped or performed inadequately.

10. Are building owners legally liable if a passenger is injured during an elevator entrapment?

Yes — building owners in Arizona can be held civilly liable for entrapment injuries if they failed to maintain the elevator in compliance with ASME A17.1, did not post emergency procedures, or had an expired state inspection certificate at the time of the incident.

Under Arizona law (A.R.S. Title 23, Chapter 5), building owners have a non-delegable duty to maintain elevators in a safe operating condition. Failing to carry an active service maintenance agreement, operating with a lapsed Arizona Department of Occupational Safety and Health (ADOSH) inspection certificate, or having documented deferred repairs can all establish negligence per se in personal injury litigation.

Insurance carriers are increasingly requesting proof of current inspection certificates and maintenance logs as a condition of premises liability coverage. Buildings without current documentation face both legal exposure and potential policy exclusions following an incident.

11. How often should elevator entrapment rescue procedures be practiced or drilled?

ASME A17.1 and industry best practices recommend that building staff and emergency responders conduct elevator rescue drills at least once per year, with elevator technicians recertifying their emergency procedures every three years through IUEC or equivalent training.

For high-occupancy buildings — hospitals, airports, high-rise residential — quarterly tabletop exercises are strongly recommended. These exercises should include: reviewing the emergency contact protocol, locating the machine room and confirming access, confirming the in-car phone is operational, and reviewing ADA-compliant egress procedures for passengers with mobility limitations.

Arizona Elevator Solutions can facilitate on-site emergency preparedness reviews as part of a full-service maintenance agreement, walking your facility management team through the procedures specific to your elevator equipment.

12. What is the role of the fire department in elevator entrapment rescue in Arizona?

Arizona fire departments serve as first responders who secure the scene, communicate with trapped passengers, and perform basic emergency lowering operations if trained — but they defer to licensed elevator mechanics for complex mechanical interventions.

Phoenix Fire Department and Tucson Fire Department both have specialized rescue companies trained in elevator emergency procedures. Under local emergency response protocols, the fire department typically arrives first, stabilizes the situation, and contacts the building’s elevator service contractor for mechanical rescue. Most Arizona fire departments follow the International Fire Code (IFC) Chapter 30 provisions for elevator emergency operations, which align with ASME A17.1 Phase I and Phase II emergency recall systems.

Building owners should ensure that their elevator service contractor’s 24/7 emergency number is posted in the fire command center or building’s emergency response binder — this significantly reduces total entrapment duration and helps coordinate the handoff between fire department first response and certified elevator technician rescue.

13. What is Phase I and Phase II elevator recall, and how do they relate to entrapment rescue?

Phase I recall automatically returns an elevator to the ground floor upon fire alarm activation, while Phase II recall allows firefighters to manually operate the elevator — both are safety features that interact directly with entrapment rescue procedures and must be in working order.

Under ASME A17.1, Rule 2.27.3 and NFPA 72, all elevators serving three or more floors must be equipped with Phase I and Phase II firefighters’ service. In an entrapment scenario during a fire event, Phase I recall must take priority — passengers must not be rescued through a smoke-filled floor landing. Technicians and building staff must understand that during active fire alarms, standard entrapment rescue protocols are modified to account for safe egress routing.

Failure of Phase I or Phase II systems is a critical deficiency that will result in an immediate out-of-service notice from Arizona ADOSH inspectors and must be corrected before the elevator can resume operation.

14. How much does an emergency elevator entrapment rescue service call cost in Arizona?

Emergency elevator entrapment rescue service calls in Arizona typically range from $250–$600 for buildings with active full-service maintenance agreements, and $800–$2,500 or more for buildings without a service contract, depending on time of day, travel distance, and elevator type.

The cost differential between contracted and non-contracted emergency response is significant and often surprises building owners who opted for the cheapest maintenance option. Here’s a general cost comparison:

These figures reflect 2026 Phoenix metro market rates. Costs in Tucson tend to run 5–10% lower due to lower labor market rates, while Scottsdale high-rise buildings may incur additional charges for complex building access logistics.

15. What inspections are required after an elevator entrapment before returning to service?

After an entrapment rescue, the elevator must undergo a post-incident inspection covering safety circuit continuity, door operation, brake performance, emergency phone function, and machine room equipment integrity before it can legally be returned to passenger service.

In Arizona, if the entrapment resulted from a mechanical failure (as opposed to a utility power outage with no equipment fault found), the inspection report must be filed with ADOSH within a timeframe consistent with the severity of the incident. Any component that contributed to the entrapment must be repaired or replaced — not temporarily bypassed — before operation resumes.

The post-rescue checklist typically includes:

• Safety circuit test (all safeties, buffers, and limits)
• Door open/close cycle test with force measurement
• Brake holding test (static and dynamic)
• Emergency phone two-way communication test
• Emergency lighting battery test
• Control board diagnostic code review
• Machine room temperature and ventilation check
• Governor and overspeed safety test (if applicable)

16. Does ADA compliance affect elevator entrapment rescue procedures?

Yes — ADA requirements directly affect rescue procedures because elevators in accessible buildings serve passengers with mobility, visual, and hearing impairments, requiring rescue personnel to have adaptive communication methods and physical egress assistance plans.

Under ADA Title III (42 U.S.C. § 12182) and its implementing regulations at 28 CFR Part 36, public accommodations must ensure that emergency procedures do not discriminate against individuals with disabilities. For elevators, this means:

• Emergency phones must be usable by individuals with hearing impairments (TTY-compatible or text-capable systems in newer installations).
• Rescue personnel must be prepared to provide physical assistance to wheelchair users during egress, including lift assistance if the car is not perfectly level with the landing.
• Emergency lighting must be sufficient for passengers with low vision to navigate during egress.
• Building emergency plans must include elevator entrapment scenarios for individuals with disabilities as part of the overall ADA emergency evacuation plan.

17. What should building managers do immediately when a passenger reports being trapped?

Building managers should immediately call 911, contact their elevator service contractor’s emergency line, establish two-way communication with the trapped passenger, keep the machine room accessible, and document the time and circumstances of the entrapment.

The sequence matters. Calling 911 first ensures that fire department first responders are en route while the elevator contractor is being contacted. Do not wait to see if the elevator “resets itself” — every minute a passenger spends trapped increases both their distress and the building’s liability exposure.

Building managers should NOT: attempt to operate the elevator from the machine room without specific training, allow untrained staff to use drop keys on hoistway doors, or tell passengers the car will “start moving soon” without confirmation from a technician. False reassurances erode passenger trust and complicate the communication environment when trained responders arrive.

18. How can building owners prevent elevator entrapments through proactive maintenance?

Elevator entrapments can be reduced by up to 70% through a proactive full-service maintenance program that includes monthly door system inspections, quarterly safety device testing, and annual ADOSH-compliant state inspections.

Prevention is dramatically more cost-effective than emergency response. Based on 2026 industry data from the National Elevator Industry Inc. (NEII), buildings with documented monthly maintenance programs experience entrapment incidents at a rate of approximately 0.3 per elevator per year, compared to 1.1 per elevator per year for buildings on minimal oil-and-grease contracts.

The maintenance priorities that most directly reduce entrapment risk include:

• Door system maintenance: Cleaning and adjusting door rollers, gibs, clutches, and detector systems monthly
• Brake adjustment: Verifying brake air gap and coil resistance every six months
• Controller cooling: Cleaning controller cabinet filters and verifying machine room HVAC quarterly — critical in Arizona’s desert heat
• Safety circuit testing: Full safety circuit continuity test semi-annually
• Emergency phone testing: Monthly test call verification per ASME A17.1, Rule 2.27.1

19. Are there special elevator entrapment considerations for hospitals and healthcare facilities in Arizona?

Yes — hospitals and healthcare facilities face stricter entrapment response requirements because their elevators may carry patients on gurneys, individuals on life support, or staff transporting critical medications, making rapid rescue and redundant elevator systems mandatory.

The Joint Commission (TJC) Environment of Care standards (EC.02.05.07) require hospitals to have documented emergency procedures for all vertical transportation equipment, including testing records. In Arizona, healthcare facilities inspected by CMS or The Joint Commission must demonstrate that elevator emergency procedures are integrated into the facility’s overall Emergency Operations Plan (EOP).

For hospitals in Phoenix and Tucson, this means: dedicated elevator service contracts with guaranteed response times (typically 30–60 minute maximums), at minimum two elevators serving patient floors (so that one can always be operational), and quarterly rather than annual documented rescue drills. Arizona Elevator Solutions serves several healthcare campuses across Maricopa and Pima Counties with priority response agreements tailored to these requirements.

20. How do I choose the right elevator service company to handle entrapment rescue in Arizona?

Choose an elevator service company that holds active Arizona state licensure, employs IUEC-certified mechanics, offers 24/7 emergency dispatch with documented response time guarantees, carries adequate liability insurance, and has verifiable experience with your specific elevator make and model.

The elevator service market includes national OEM contractors, large independent companies, and smaller local contractors — all of varying quality. When evaluating a company for emergency rescue capability, ask these specific questions:

• What is your average emergency response time to my specific address (not a metro-wide average)?
• Do you stock rescue tools for my elevator’s specific manufacturer and model?
• Are your mechanics IUEC-certified, and can you provide current certification documentation?
• Do you carry a minimum of $2 million in general liability coverage plus workers’ compensation?
• Can you provide references from buildings similar to mine in size and use type?
• Do you file required incident reports with Arizona ADOSH on behalf of your clients?

Arizona Elevator Solutions checks every one of these boxes for commercial, residential, and healthcare properties across Phoenix, Scottsdale, Mesa, and Tucson. Our technicians are IUEC-certified, our response vehicles carry multi-manufacturer rescue tool kits, and our emergency dispatch line is staffed 24 hours a day, 365 days a year — not forwarded to an answering service.