PCBA Checklist

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3.9 Are all torque drivers set to the required torque and screws inserted in the right sequence?
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Is there evidence that torque drivers are checked with a calibrated tool at least once a day to 3.10 ensure the correct torque requirements?
Score % 26 100% Self Audit
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Score % 26 100% LF Audit
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3.6 Are all trays located in a defined position as per Work Instructions for each assembly station?
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Do Work Instructions contain clear pictures to aid the operator & ensure the correct assembly 3.7 method is understood?
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Are torque settings and the sequence of screw insertion specified for screw assembly 3.8 operations?
Are first-assembled boards verified against documentation to ensure mechanical items have 2.1 been assembled correctly?
Are all totes or tray locations identified with printed part numbers, descriptions, locations, and 2.2 layout information?
Are color coding techniques deployed for parts, tools, work instructions etc. in an attempt to 2.5 error proof the process? 3. Mechanical Assembly
Is there a revision controlled Work Instruction which contains details of how to assemble the 3.1 product? 3.2 Are Work Instructions readily available to the operator and are they followed at Assembly? 3.3 Are component part numbers and descriptions included on the Work Instructions? 3.4 Are components sufficiently identified to ensure the correct component is being used? 3.5 Is the layout of trays defined on Work Instructions for each assembly station?
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Do all torque drivers have 'lock nuts' to fix the torque setting after calibration to prevent 3.11 operator adjustment?
11Βιβλιοθήκη Are protective guides used to ensure that torque drivers cannot cause damage to the product 3.12 due to operator error?
Is the Mechanical Assembly work cell laid out ergonomically with components & assembly tools 2.3 within easy reach? 2.4 Are mechanical items stored before and during use in a manner which prevents damage?
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3.13 Are all hand tools needed by the operator listed with their descriptions on Work Instructions?
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Is there evidence to demonstrate that a defect feedback process is in operation to Mechanical 3.14 Assembly?
Maximum Score 26
Pass %
90%
Outcome
Mechanical Assembly Audit Items
1. Depanelization
Is breakout tooling specially designed for the board or is a line-side Router or v-score machine used? Manual breakout = 0, 1.1 except for small support tabs in non-critical areas of PCB Can it be demonstrated that board flexing has been minimized and clearance is sufficient by 1.2 using such tooling? For v-scored boards, are boards positioned using a fixture so that the cutting tool and can only 1.3 cut occur along the v-score? Can it be demonstrated that the board is supported before and after the cut so as to prevent 1.4 board damage due to dropping? Does the press fit tooling use force feedback control that provides repeatable installation and 1.5 prevents PCB damage? 1.6 Has all tooling used at Mechanical Assembly been designed to minimize board flexing? 2. Line Set-Up
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3.15 Are cosmetic standards are readily available to the assembly operator on the assembly line?
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