BEIJING TIME VISION AI INSTRUMENT LTD.
https://timetech-ndt.com/
Email: timehardnesstester@gmail.com
WhatsApp: 008615201625204
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TIME2190 ULTRASONIC THICKNESS GAUGE A/B scan, thickness measurement. Ultrasonic Thickness Gauge TIME®2190 with A/B scan https://timetech-ndt.com/product/ultrasonic-thickness-gauge-time2190-with-a-b-scan/
The TIME2190 is a hand-held ultrasonic thickness gauge that uses the principle of pulse reflection measurement. The instrument transmits ultrasonic waves through the probe at a constant speed inside the material and receives reflected waves on the bottom surface. The instrument is suitable for the measurement of various material thicknesses. TIME2190 ULTRASONIC THICKNESS GAUGE A/B scan, thickness measurement, fiber glass, FRP thickness. Surface Roughness Tester Profilometer TIME®3231 https://timetech-ndt.com/product/surface-roughness-tester-profilometer-time3231/
The instrument measures the thickness of the corroded material and the thickness of other materials that are difficult to measure without damaging the workpiece. TIME2190 ULTRASONIC THICKNESS GAUGE A/B scan, thickness measurement, fiber glass, FRP thickness. The instrument displays thickness readings and provides an optional A-scan view for the user to check the waveform. The instrument can measure material thicknesses from 0.20 mm to 500.0 mm, depending on the probe and software options.
This instrument can be widely used in petroleum, chemical, metallurgy, shipbuilding, aviation, aerospace, scientific research institutions and other fields.
1.2Basic principles
The principle of ultrasonic thickness measurement is similar to the principle of light wave measurement. The ultrasonic pulse emitted by the probe enters the object to be measured and propagates inside the object. When it reaches the interface of the material, it is reflected back to the probe. TIME2190 ULTRASONIC THICKNESS GAUGE A/B scan, thickness measurement, fiber glass, FRP thickness. By accurately calculating the propagation path of the ultrasonic wave in the material, the thickness of the material to be tested can be inferred.
1.3Characteristics of the instrument
A-scan waveform can be displayed for echo analysis and measurement of complex workpieces;
The instrument can be adapted to many types of probes, single and double crystals are suitable;
With a variety of measurement methods, blanks can be set to shield aftershocks or clutter;
Echo to echo measurement and penetrable coating measurement to show coating thickness;
Calibration of unknown material sound velocity and/or probe zero position;
In case of loss of signal (LOS), keep the thickness display or blank display;
waveform freeze;
Manual amplification and range control of waveform display;
Signal auto-amplification function (centered display of the detected echo);
Extended blank;
Echo echo to echo mode, the blank after the first received echo;
The resolution is 0.001, 0.01, 0.1 mm in any mode (or 0.0001, 0.001, 0.01 inch optional);
Gain adjustment range 0-99dB;
Adjustable voltage variable pulse width square wave pulse generator;
has a single value B-scan display function;
Scanning direction is optional;
Can save a single thickness value or save an image of the entire screen measurement
Check the maximum, minimum or current value in the interface diagram when freezing is selected during B-scan measurement;
Users can turn on fast measurement mode up to 20 times per second;
Editable scan maximum thickness;
With alarm function, you can freely set the upper and lower limits of the alarm;
With difference, maximum and minimum display mode;
Built-in data storage and export of data to a pluggable MicroSD memory card.
can store up to 500,000 measured values and waveforms; Ultrasonic Thickness Gauge TIME®2170 (TT700) https://timetech-ndt.com/product/ultrasonic-thickness-gauge-time2170-tt700/
