Frequently asked questions.

The right frequency depends on the equipment, use, age, environment, and manufacturer recommendations. A planned maintenance program commonly includes regular visits, documented checks, and adjustments tailored to the building.

Maintenance may include inspection, cleaning, lubrication where appropriate, adjustment, performance checks, review of safety-related components, and a written service record. The exact scope should be defined in the maintenance agreement.

It helps identify wear, reliability concerns, and small corrections before they become larger disruptions. It can also support more predictable budgeting and help keep equipment operating as intended.

Often, yes. We begin by reviewing the equipment, controller access, condition, service history, and available parts so we can propose an appropriate plan.

Keep service reports, inspection and test records, permits or operating documents, repair proposals, modernization history, and current emergency contact information. A clear equipment file speeds decisions when issues arise.

Keep landings and machine spaces secure and clean, report unusual sounds or operation promptly, and avoid bypassing controls or attempting repairs. Staff should follow the building emergency procedure when a passenger is trapped.

Contact emergency services when there is an immediate medical, fire, or life-safety concern, and call the elevator service provider. Do not attempt to force doors open or remove passengers without trained responders.

Possible causes include a door-lock issue, controller fault, power problem, sensor condition, or a safety circuit response. A trained elevator mechanic should diagnose the cause before the elevator returns to service.

Timing depends on diagnosis, site access, part availability, equipment age, and whether a safety or regulatory review is needed. After troubleshooting, we provide the best available scope and schedule information.

It depends on the agreement. Routine service is commonly included, while parts, major repairs, damage, misuse, after-hours work, and third-party requirements may be separate. Review the contract scope and exclusions before signing.

Older equipment, discontinued product lines, proprietary components, supply-chain conditions, and manufacturer lead times can affect availability. We identify practical repair or modernization paths whenever possible.

Sometimes, but not when continued operation could be unsafe or is restricted by the authority having jurisdiction. The decision depends on the condition, manufacturer guidance, and applicable requirements.

Door operators and related equipment are high-use components. Misalignment, worn rollers, debris, damaged door panels, sensors, and adjustment issues can all contribute; a site assessment identifies the specific cause.

Modernization is a planned upgrade of selected elevator systems, such as controls, fixtures, door equipment, machines, drives, or cab interiors. It is different from routine repair because it improves reliability, performance, lifecycle support, or appearance.

Consider it when repairs are recurring, parts are obsolete, downtime is increasing, performance no longer fits the building, or a major component is near the end of its useful service life. A condition assessment helps prioritize scope.

Duration varies with scope, equipment lead time, building conditions, access, permitting, and inspections. We develop a project schedule after the scope and site constraints are understood.

Many projects are planned in occupied buildings, using communication, work-hour coordination, protected work areas, and phased shutdowns where feasible. Some work requires taking an elevator out of service temporarily.

It can improve ride quality, dispatch, door performance, and reliability, but results depend on the existing equipment and selected scope. We avoid promising a specific performance gain until the system is evaluated.

Yes. Cab finishes, lighting, ceilings, handrails, flooring, and fixtures can often be refreshed separately. The work should be coordinated with applicable accessibility, fire, electrical, and elevator requirements.

Start with a condition assessment, identify critical versus elective work, obtain a defined scope, and plan reserves around long-lead components and required testing or permitting. Phasing may be possible, but should be weighed against repeated mobilization and downtime.

It is an on-site review of equipment condition, operation, parts support, code-related considerations, building constraints, and owner goals. The resulting recommendations should separate urgent repairs from longer-term capital improvements.

Bring the elevator contractor into the design conversation early. Early coordination helps align hoistway dimensions, machine or control space, structural support, electrical power, fire alarm interfaces, access, and the project schedule.

Key factors include travel distance, number of stops, capacity, speed, cab finishes, entrances, site conditions, electrical and structural work, accessibility features, permitting, testing, and coordination with other trades.

New installations and many alterations require plans, permits, and approvals before work begins. The exact pathway depends on the work and jurisdiction; the project team should confirm current requirements with Washington L&I and local authorities as applicable.

It is the inspection and testing process used to evaluate a new or altered conveyance before it is placed into normal service. Scheduling and documentation requirements vary by project and authority.

Often, but feasibility depends on available space, structure, utilities, accessibility goals, fire and building requirements, and the chosen elevator type. A site study is the best first step.

A change order documents an agreed adjustment to scope, documented conditions, or schedule. It may be needed when owners request changes, existing conditions differ from assumptions, or another trade or authority requires added work.

Common causes include incomplete building readiness, design changes, permit review, long-lead equipment, structural or electrical corrections, access limits, inspection availability, and coordination with other trades. A realistic schedule identifies these dependencies.

Washington State Department of Labor & Industries (L&I) regulates many elevator and conveyance activities through its Elevator Program. Some cities, including Seattle and Spokane, may have their own programs or procedures, so the applicable authority should be confirmed for each property.

Operating documentation and inspection obligations can apply to covered conveyances, but the exact requirement depends on the equipment, location, and current rules. Property owners should verify status with the appropriate authority.

Intervals and required test types depend on the conveyance and applicable rules. L&I publishes inspection, permit, annual operating certificate, and test information; requirements can change, so confirm current obligations for the specific elevator.

Certain equipment is subject to periodic safety testing that may include load and operational tests of designated components. The test scope, timing, documentation, and witnessing requirements should be confirmed with the authority and qualified contractor.

Washington L&I provides an online elevator inspection lookup for much of the state. The public lookup does not cover every local program, and available history may be limited, so local records remain important.

The report identifies conditions requiring attention. The owner should coordinate prompt evaluation and corrective work with a qualified elevator contractor, follow the stated response process, and confirm any required proof of correction or reinspection.

It indicates that operation has been restricted because of a condition identified by the authority. The elevator should remain out of service until the authority permits return to operation; the exact process depends on the order and applicable rules.

Some repair work may not, while installations, alterations, relocations, and certain other work can require permits and inspection. Permit decisions should be made against the current L&I rules and project scope, not by assumption.

They can be. Electrical, structural, fire alarm, building, and elevator work may involve different permits or authorities. The project team should coordinate responsibilities early.

Use the building emergency plan and posted instructions. In many fire situations, elevators should not be used unless they are specifically designated and operated for that purpose by trained responders.

Use the emergency communication device, remain calm, and wait for trained help. Do not pry doors open or climb out of the car.

Leveling accuracy can be affected by wear, load, sensors, brakes, hydraulic performance, or controls. Report the condition promptly because it can create a trip hazard and needs professional evaluation.

Most elevators do not continue normal service without building power. Some buildings have emergency power, battery-supported communication, or other features, but capabilities vary and should be verified for the specific installation.

Features may include accessible car dimensions, controls, handrails, visual and audible signals, door timing, and communication equipment. Requirements vary by project and jurisdiction, so design decisions should be reviewed with the applicable professionals and authorities.

Hydraulic elevators use a fluid-powered system, while traction elevators use ropes or belts and a machine or drive system. The best choice depends on travel, traffic, building layout, performance goals, and lifecycle considerations.

Hydraulic elevators are often considered for low-rise applications, but traction systems may also be appropriate. We compare fit based on travel, use, machine-space options, energy goals, and the owner’s priorities.

Potential concerns include fluid leaks, valve performance, cylinder condition, heat, ride quality, and aging components. Maintenance and inspections help identify conditions before they become disruptive.

Common considerations include ropes or belts, sheaves, brakes, door equipment, controller support, machine or drive condition, and leveling performance. A planned maintenance program tracks wear and system condition.

In many cases, yes. The appropriate scope depends on condition, parts support, building goals, and applicable requirements. A survey can identify whether targeted upgrades or a broader modernization provides better value.

Look for a clear maintenance scope, visit frequency or task basis, response expectations, exclusions, after-hours terms, parts and labor treatment, reporting, renewal terms, cancellation provisions, and the process for approvals and change orders.

True North begins with an equipment assessment, site access review, safety measures, logistics, permitting or testing needs, and project conditions. A useful proposal defines assumptions, exclusions, alternatives, and expected lead times.

Use preventive maintenance, address recurring issues promptly, keep records current, plan capital upgrades before parts become unavailable, maintain clear approval paths, and communicate scheduled outages to residents or tenants early.