GA Elevator Mechanic common mistakes
GA Elevator Mechanic · Understand the traps and how to avoid them.
Treating ASME A17.1 requirements and Georgia's adopted amendments as interchangeable, so the candidate answers with the national rule when the state-adopted edition or amendment differs.
Most study time goes to the national code book, and candidates assume Georgia adopts it verbatim with no state-specific changes; they never check which edition is currently enforced or what the state has modified.
What to do instead
Before studying, confirm the edition of ASME A17.1/A17.3 currently adopted in Georgia and mark every state amendment in the margin of your code book. Build a one-page crosswalk of "national rule vs. Georgia rule" for the items that differ, and review it weekly.
Answering inspection questions from memory of how a job is actually done in the field rather than from the code's specific measurable criteria (clearances, runby, stopping distances, pit ladder dimensions).
Experienced mechanics rely on habit and "what passes" on their own jobs; the exam tests exact numeric thresholds, and habits drift from code over years.
What to do instead
Create a numeric fact sheet for each subsystem (hoistway clearances, car and counterweight runby, tripping and stopping distances, pit ladder and refuge space, machine room access) and drill it until you can state each value with its unit and the code section it comes from.
Confusing maintenance-record and periodic-inspection obligations: who may perform the inspection, how often, what must be documented, and who must be notified of unsafe conditions.
These are administrative rules rather than mechanical knowledge, so candidates skim them; the intervals and responsible parties blur together, especially between routine maintenance, periodic inspection, and annual safety tests.
What to do instead
Make a table with columns for activity, interval, who may perform it, required documentation, and reporting authority. Fill it strictly from the adopted code and Georgia rules, and quiz yourself on the reporting chain for a hazardous finding.
Skipping the pre-work safety sequence on installation and maintenance scenarios, jumping straight to the repair step in the answer.
Exam items are written as scenario stems, and candidates focus on the technical fault; the safety prerequisite (lockout/tagout, car top or pit stop switch, barricades, verifying no passengers) is treated as background rather than the tested point.
What to do instead
For every scenario question, first ask "what must be true before anyone touches this equipment?" and check whether the answer choice addresses that. Practice by writing the full safe-work sequence for pit, car top, and machine room tasks and comparing it to the code's maintenance and testing requirements.
Mixing up rope and suspension terminology and the associated inspection rejection criteria, such as distinguishing broken wires, wear, and the conditions that require replacement versus monitoring.
Suspension inspection is learned hands-on by pattern recognition; candidates memorize a single rejection number without learning the counting method, the applicable rope construction, or how the criteria differ for different suspension types.
What to do instead
Study the code's rope-inspection criteria as a decision tree: rope construction, number of broken wires in a given lay length, distribution of breaks, diameter reduction, and corrosion. Work through several worked examples with different constructions until the counting method is automatic.
Misreading electrical control and safety-device questions by treating every switch as interchangeable, so the candidate cannot say which device must be hard-wired, which is allowed in the software, and which must directly interrupt power.
Modern controllers put many functions in programmable logic, and candidates transfer that mental model to safety circuits that the code requires to be electromechanical and independent of the control program.
What to do instead
Draw the safety chain from the main line disconnect through every protective device to the machine brake, labeling each device as required-hardware or permitted-software. Memorize the short list of functions the code forbids from being software-only, and review it before every practice set.
Confusing the roles of the various stopping and protective devices and applying the wrong one to a scenario, for example substituting a final limit switch for a normal terminal stopping device or vice versa.
The devices look similar in function and are often described loosely in the field; exam items deliberately place the failure at one layer (normal stopping, emergency stopping, final limit) to test whether the candidate knows the hierarchy.
What to do instead
Build a layered diagram of stopping functions from normal terminal stopping down to the final limit and the buffer, noting for each its purpose, whether it is resettable, and what must happen after it operates. Answer scenario questions by identifying which layer failed before choosing a device.
Treating Georgia licensing requirements as a formality and guessing on questions about license categories, qualification pathways, and the consequences of working outside a license.
Candidates spend their preparation on technical material and assume licensing questions are common sense; the specific categories, experience and examination prerequisites, and disciplinary outcomes are not intuitive.
What to do instead
Read the Georgia licensing statute and rules directly and summarize them into a table of license type, eligibility requirements, scope of work permitted, and renewal obligations. Add a separate short list of prohibited conduct and the discipline each can trigger.
Ignoring the safety fire regulations overlay and answering fire-related elevator questions only from the elevator code, missing the building-code-driven requirements for things like fire service operation and hoistway construction.
The elevator code defers to the building and fire codes for many requirements, and candidates study only one document; the interaction between fire service recall phases, signage, and hoistway enclosure is easy to overlook.
What to do instead
Study fire service operation as a sequence of phases with the trigger, required car behavior, and required signage for each, and note which requirements come from the fire code rather than the elevator code. Cross-reference each item to its source so you can tell which document governs.
Managing time poorly by over-investing in calculation-heavy mechanical items and leaving licensing and code-administration questions to the end, where they are rushed or unanswered.
Technical problems feel productive to practice, while rule-based questions feel like reading; candidates misjudge how many administrative and code-reference items the exam contains.
What to do instead
Take timed practice sets that mix all four domains in exam proportions, and set a per-question time budget. Flag and move past any item requiring extended calculation, then return to it only after all rule-based questions are answered.