BEIJING TIME VISION AI INSTRUMENT LTD.
https://timetech-ndt.com/
Email: timehardnesstester@gmail.com
WhatsApp: 008615201625204
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Thickness measurement of steel pipes. TIME2190 ultrasonic thickness gauge A scan B scan. Thickness measurement of steel pipes. TIME2190 ultrasonic thickness gauge A scan B scan.
Features:
» A-scan waveform can be displayed for echo analysis and measurement of complex workpiece;
» Compatible with many types of transducers, single and dual element transducers are suitable;
» With a variety of measurement methods, users can set blanks to shield aftershocks or clutter;
» Echo-echo measures the true metal thickness with ignoring the thickness of coating layer.
Thru-coat technology measures metal and nonmetallic coating thickness.
» Signal auto-amplification function (centered display of the detected echo);
» The resolution is 0.001, 0.01, 0.1 mm optional 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;
» Single value B-scan display function;
» Users can turn on fast measurement mode up to 20 times per second;
» Alarm function, user can set the upper and lower limits of the alarm;
» Differential, maximum and minimum display mode;
» Internal data storage, data can be output to a removable MicroSD memory card. Can store up to
500,000 measured values and waveforms;
Standard Configuration
Main unit 1
5MHz dual element wideband transducer 1
Couplants 1
AA battery 1
User manual 1
Optional Configuration
Standard block
1 MHz single element contact transducer
TSTU32 2MHz Dual element transducer
5MHz Single element contact transducer
15MHz single element with delay lines transducer
ZW5P high temperature transducer
Thickness measurement of steel pipes. TIME2190 ultrasonic thickness gauge A scan B scan.
◆ The instrument includes three detection modes (Mode 1, Mode 2, and Mode 3):
Mode 1: Measures the time interval between the main pulse signal and the first back-wall echo with direct
contact transducer.
Mode 2: Measure the time interval between the interface echo (or delay line echo) and the first back-wall echo
with a delay line or immersion transducer.
Mode 3: Measure the time interval between two successive back-wall echoes with a delay line or a immersion
transducer.
