Generic repairs - Check for damage in carbon fibre composites-PREPARATION
| 1. | Set switch (2) on the carbon fibre test tool (1) to Debond position.
| | | 2. | Rotate selection knob (3) on the carbon fibre test tool (1) to position F, and range AVERAGE 2.
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Generic repairs - Check for damage in carbon fibre composites-CALIBRATION
| | | Care Point: | Make sure that the tester (1) is positioned on an undamaged area that is the same structure as the specified test area.
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| | | 1. | Place carbon fibre test tool (1) onto composite fibre (8).
| | | 2. | Press the actuation switch (7) on the carbon fibre test tool (1) to begin the calibration process.
| | | | | Care Point: | All of the calibration values stored within the carbon fibre test tool will then define if the process has been done correctly, the standby display (4) will come on.
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| | | 3. | Press in the calibration switch (6) to confirm calibration.
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Generic repairs - Check for damage in carbon fibre composites-CHECK
| 1. | Use carbon fibre test tool to scan the suspected damaged are.
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| | | Care Point: | The different light combinations show the following information.
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| | | 2. | • LED Red 1 + 2 = >80% damage to carbon fibre.
| | | 3. | • LED Red 2 = 40 - 80% damage to carbon fibre.
| | | 4. | • LED Red 1 = 16 - 40% damage to carbon fibre.
| | | 5. | • LED Yellow = 8 -16% damage to carbon fibre.
| | | 6. | • LED Green = <8% damage to carbon fibre.
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| 7. | Mark all damaged areas with a white chinograph marker to highlight any damage. This should only be done, if the carbon fibre test tool has indicated an issue in that area.
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