Reliability Test Planning and Project Review Guide
Before production, document life, actuation force, electrical checks, temperature, humidity, salt exposure, and assembled samples, then confirm the relevant requirements against the released drawings, approved samples, and acceptance criteria.
Make tests decision-ready
Reliability validation starts by linking each risk to a sample, method, condition, and acceptance rule
Key life, actuation force, electrical behavior, temperature, humidity, salt exposure, adhesion, and installed operation answer different questions. A test title alone is incomplete; the sample revision, fixture, cycle, measurement, failure definition, and post-test state must be recorded.
Connect risk to method
Explain which use or failure risk the test represents and why the selected sample, fixture, load, and environment are relevant.
Define the full procedure
Record sample count, preconditioning, operating state, limits, cycles or duration, checkpoints, recovery, and acceptance.
Preserve result context
Link raw data, photos, deviations, failures, analysis, retest, and conclusion to material lots and drawing revisions.
Process handoff
Connect drawings, samples, inspection, and production
Keep Reliability Test Planning and Project Review Guide aligned with the released drawings, approved sample, and downstream inspection records.
Are more tests always better?
Prioritize unacceptable failures in the intended use, such as liquid ingress, debonding, intermittent contact, or key wear. Match test conditions and acceptance criteria to the application.
Does a component test qualify the finished equipment?
Not automatically. Enclosure support, openings, sealing, readout circuitry, and installation can change the result. Evaluate equipment-level requirements in the intended assembly.
Project RFQ
Send a drawing—or begin with the equipment use
Artwork, enclosure dimensions, sample photos, or a question list can all start the engineering review.