Method for detecting thread
A thread and threaded hole technology, which is applied in the field of thread detection using the principle of pneumatics, can solve the problems of missing tapping or shallow teeth of workpiece thread holes, and there is no particularly effective detection method, so as to achieve the effect of easy operation
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Embodiment 1
[0012] Prepare the workpiece A to be tested, connect the instrument to the air source and plug in the power supply, after the power-on display shows a green light, adjust the calibration knob until the alarm display light shows a critical value, that is, the moment the green light turns off and the red light turns on, and the buzzer sounds at the same time After the probe is calibrated with the calibration ring gauge, start to use the probe to detect the workpiece. The buzzer beeps and the green light is on if it is qualified, and the workpiece A is judged to be qualified.
Embodiment 2
[0014] Prepare the workpiece B to be tested, connect the instrument to the air source and plug in the power supply, after the power-on display shows a green light, adjust the calibration knob until the alarm display light shows a critical value, that is, the moment the green light just goes out and the red light turns on, and the buzzer sounds at the same time After the probe is calibrated with the calibration ring gauge, start to use the probe to detect the workpiece. When the threaded hole has no thread, the buzzer beeps and the alarm shows that the red light is on. It is determined that the workpiece B has no teeth or the teeth are shallow and have not been tapped in place.
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