HCH3000E-E high-precision Ultrasonic Thickness Gauge Speed of sound measurement film thickness up to 500mm
HCH3000E-E
KODIN HCH3000E-E Ultrasonic Thickness GaugeSPEC
KODIN HCH3000E-E Ultrasonic Thickness GaugeDetails
KODIN HCH3000E-E Ultrasonic Thickness GaugePacking list
- SKU
- NB003096
- Measurement range
- 0.8~ 500Mm (standard mode); 3.0~20mm (coating mode), depending on the probe used, the material tested, and the surface condition
- Probe Frequency
- Split probe
- Measurement error
- When the resolution is 0.01mm and the thickness H < 10mm; error of indication +/- 0.05mmWhen the resolution is 0.01mm and the thickness H ≥ 10mm, error of indication +/- (0.1% H + 0.05) mm; when the resolution is 0.1mm, error of indication +/- (1% H + 0.1) mm
- Display resolution
- 0.01Mm, 0.1mm optional
- unit system
- mm
- Measurement mode
- Pulse~ echo mode, echo~ echo mode
- Speed of sound
- 1000~9999m/s
- Display
- LCD display (with backlight)
- Operating language
- Chinese
- Environmental temperature
- -10~60℃
- Working Relative Humidity
- <90%RH
- Power Supply
- 2 * 5 battery
- Host size
- 146*81*30mm
- Weight
- 300g
- Data storage method
- Storage method
Introduction of HCH3000E-E high-precision ultrasonic Thickness Gauge
Kedian HCH-3000E-E echo-echo ultrasonic Thickness Gauge adopts the new technology of single-chip microcomputer and CPLD integrated system, which is an intelligent ultrasonic Thickness Gauge that integrates transmission-echo mode and echo-echo mode. It has the characteristics of low power consumption, strong penetration, stable indication value, high detection accuracy, and more user-friendly operation interface. New additions include probe identification, batch group management data, multiple online measurement modes, sound velocity measurement, and more, making the instrument more suitable for the needs of industrial sites.
Product structure diagram
Features
1. There are two measurement methods: primary bottom wave and echo-echo
2. Pulse ~ echo mode (standard mode, used for ordinary thickness measurement)
3. Echo ~ echo method (coating mode, used for net thickness measurement of substrate without removing the paint layer)
4. Reverse measurement of sound velocity: The sound velocity of the material can be measured according to the thickness of the known material
5. Automatic sensitivity gain optimization - automatically adjust the sensitivity to make the measurement more accurate
6. Probe automatic identification, a variety of probes can be selected
7. Minimum value scanning mode, 10 times per second, quickly measure and capture the minimum value
8. The upper and lower limit alarm thresholds can be set, and when the measured thickness exceeds the threshold, the alarm signal will be given
9. Difference mode: The measured thickness is compared with the set base value, and the difference is displayed on the screen
10. Large-capacity storage, data group management
11. The printout can communicate with the PC