Build a connector pin inspection challenge set around missing, bent, displaced and partly inserted pins. Record marginal limits, views and false decisions.
Photographs illustrate general industrial inspection. Connector pin position and damage checks must be proved with representative connectors, defined limits and the intended views.
Agree connector pin acceptance limits and expected sample results before the trial. Challenge good parts and missing, bent, displaced or partially inserted features, including marginal defects near each boundary. Retain the connector location, view, lighting, timing, recipe and line response with the observed decision; record false accepts and false rejects.
Follow the optical trial and integration sequence and the comparison criteria. A successful view does not establish a hidden or functional property that it cannot expose.
Plan connector pin inspection around representative good, bad and marginal samples, line presentation, lighting, reject handling and challenge criteria. Discuss an optical feasibility trial with Oxford Vision Systems. Use this guide to resolve false-accept, false-reject and challenge criteria before it limits the final system.
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Record the connector drawing and revision, pin arrangement, allowable limits, sample identity and expected defect decision. Retain the actual connector location, camera views, lighting, active recipe and observed line response for the trial.
Include good, known-defective and marginal connectors near the acceptance limits, relevant variants and upstream conditions. Reproduce intended production timing, variant changes, short stops and recovery; include reflective, dirty or damaged examples where they affect the required view.
Record expected and observed decisions, false accepts and false rejects, result identifiers and the corresponding reject or line-control response. Agree repetitions and actions after a failed challenge, and retain any properties requiring a separate hidden or functional test.
Use the drawing and pin arrangement to define each required missing, bent, displaced or partially inserted feature and its allowable position limits. Record which views expose it and which features remain outside scope.
Identify good, faulty and marginal samples near each acceptance boundary. Retain variant, batch and relevant upstream information with the expected result; avoid relying only on hand-selected clear defects.
Record how the connector is located and presented at intended production timing. Challenge variant changes, short stops and recovery so the result represents repeatable views and real line conditions.
Retain the views and lighting used to reveal the required pin feature. Include reflective, dirty or damaged examples and the environmental range where relevant; record hidden features requiring a separate method.
Verify the active recipe, line handshakes, result identifiers and reject response. Include faults and controlled restart, and retain the records connecting each inspection decision to the agreed line response.
Agree sample repetitions, acceptable outcomes and failed-check actions before testing. Record expected and observed results, false accepts and false rejects, especially around position limits; keep unresolved exclusions visible.