- Accurately displays readings in either inches or millimeters
- Simple calibration to either a known thickness or a sound velocity
- Memory - 5000 readings with location identity
- Hi-lo limit settings with either audible or visual indication
- Standard or scanning mode
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The DC-2000C / DC-2020C Ultrasonic Thickness Gauge is our new and improved basic readout unit with automatic probe recognition, automatic zeroing and a larger, more easily read LCD. This instrument can measure with very high resolution (0.01 mm or 0.001 inches) the thickness of metallic and non-metallic materials such as steel, aluminum, titanium, plastics, ceramics, glass and any other good ultrasonic wave conductor. The DC-2000C / DC-2020C accurately displays readings in either inches or millimeters.
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- Display type: 4-digit LCD
- Display resolution: 0.001 inches or 0.01mm
- Measuring range: 0.040 to 15.75 inches (1 to 400mm) in steel
- Automatic recognition of probes with different frequencies
- Automatic zeroing of the unit
- Enlarged LCD (128 x 64 mm) with back light
- Sound velocity range: 3280-32800 ft/s (1000-9999 m/s)
- Operating temperature: 32°F to122°F (0°C to 50°C)
- Power supply: two AAA batteries
- Battery life: approx. 250 hours with one battery set
- Dimensions: 4-5/8 x 2-3/8 x 1-1/8 inches
- Weight: 7.7 ounces with batteries
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- DC-2000C processor
- Standard 5MHz probe D5008
- Built-in calibration block
- Two AAA batteries
- Coupling agent
- Operation manual and calibration certificate
- Carrying case
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- DC-2020C processor,
- Standard 5MHz probe D5008
- Built-in calibration block
- Two AAA batteries
- Software
- USB Cable
- Coupling agent
- Operation manual and calibration certificate
- Carrying case
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| Probe Part # |
Frequency
(MHz) |
Measuring Range |
Application |
| D5008 Standard |
5 MHz |
0.8 to 400 mm |
Standard |
| D7006 Optional |
7.5 MHz |
0.65 to 50 mm |
Thin materials |
| D2012 Optional |
2 MHz |
2.0 to 400 mm |
Coarse-grained materials and rough surfaces |
| D5113 Optional |
5 MHz |
2.0 to 200 mm |
High temperature environment |