Ultrasonic Thickness Gauge NOVOTEST UT-1M
Ultrasonic Thickness Gauge NOVOTEST UT-1M is used for operational non-destructive testing of the thickness of products with one-way access, at the moment this method is the most common in the world for solving such tasks.
The method is based on the property of materials to conduct ultrasound, ultrasonic waves are excited with the piezoceramic plate in the transducer and penetrates into the material through the couplant, then reflected from the bottom surface of the tested sample, and returns to the transducer. Based on the obtained sound transit time in the material, the device calculates the thickness in accordance with the velocity of propagation of ultrasonic waves in the test sample. The thickness value is displayed on the device’s display, the measurement process takes about 1 second.
Features :
- Convenience and ease in operation
- Minimum number of controls
- Select the type of probe through single button
- Preset velocity of ultrasound
- Graphical display with backlight
- Compensation of probe delay
- Control of the batteries
- Mapping the presence of acoustic coupling on the graphic display
- Fixation of the last measurement result in the removal of the transducer surface
Measuring thicknesses range , mm |
0.45 … 1000 or more |
---|---|
Probe dimensions, mm |
Probe 10MHz – P112-10-6 / 2 : D12×15 mm |
Setting range of the ultrasonic velocity, m / s |
1000-17000 |
Basic measurement accuracy, mm |
± (0,01 T+0.05) |
Echo-Echo mode (through coating measuring), max thickness of paint coating, mm |
1 (with Echo-Echo probes only) |
Standards |
ASTM E797 |
Storage of measurement results |
256 |
Power |
2 AA batteries |
Weight |
0.2 Kg |
Ultrasonic Thickness Gauge NOVOTEST UT-1M
Ultrasonic Thickness Gauge NOVOTEST UT-1M is used for operational non-destructive testing of the thickness of products with one-way access, at the moment this method is the most common in the world for solving such tasks.
The method is based on the property of materials to conduct ultrasound, ultrasonic waves are excited with the piezoceramic plate in the transducer and penetrates into the material through the couplant, then reflected from the bottom surface of the tested sample, and returns to the transducer. Based on the obtained sound transit time in the material, the device calculates the thickness in accordance with the velocity of propagation of ultrasonic waves in the test sample. The thickness value is displayed on the device’s display, the measurement process takes about 1 second.
Features :
- Convenience and ease in operation
- Minimum number of controls
- Select the type of probe through single button
- Preset velocity of ultrasound
- Graphical display with backlight
- Compensation of probe delay
- Control of the batteries
- Mapping the presence of acoustic coupling on the graphic display
- Fixation of the last measurement result in the removal of the transducer surface
Measuring thicknesses range , mm |
0.45 … 1000 or more |
---|---|
Probe dimensions, mm |
Probe 10MHz – P112-10-6 / 2 : D12×15 mm |
Setting range of the ultrasonic velocity, m / s |
1000-17000 |
Basic measurement accuracy, mm |
± (0,01 T+0.05) |
Echo-Echo mode (through coating measuring), max thickness of paint coating, mm |
1 (with Echo-Echo probes only) |
Standards |
ASTM E797 |
Storage of measurement results |
256 |
Power |
2 AA batteries |
Weight |
0.2 Kg |
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