#Ultrasonic sound grid mapping how to#
#Ultrasonic sound grid mapping software#

#Ultrasonic sound grid mapping how to#

How to use a SHARP GP2Y0A710K0F IR Distance Sensor with Arduino.

How to use a SHARP GP2Y0A21YK0F IR Distance Sensor with Arduino.

Waterproof JSN-SR04T Ultrasonic Distance Sensor with Arduino Tutorial.

In that case, the articles below might be useful:

#Ultrasonic sound grid mapping software#

The software also has a stacked B-scan mode to help with identification of step-wise cracking and defects not aligned with the X and Y scanning directions.Cheap ultrasonic distance/proximity sensors are great but in some projects, you might need a waterproof sensor like the JSN-SR04T or an IR sensor that isnРІР‚в„ўt influenced by temperature changes. By reviewing acquisitions in B-scan mode, you can quickly identify and size these potentially critical indications. C-scans are an effective method of viewing general wall thinning and larger defects, but small pit and inclusion indications can often be difficult to see because of their small surface areas. Using the B-scan amplitude view, operators can easily identify any defects or inclusions. The amplitude view shows the B-scan profile in both X and Y dimensions at a selected point in a C-scan. This enables signals of much lower amplitude to be picked up, improving the accuracy and increasing the efficiently of data analysis and reporting for greater confidence in inspections. The floating gates track to the same percentage of the signal amplitude. Another feature of the RMS 2 software is floating flank gates. This minimizes the setup on site and avoids re-scans caused by incorrect ultrasonic setups. The system records A-scans in raw unfiltered RF form, which can be processed afterwards, including rectification, filtering, wave smoothing, and noise rejection. RMS A-scan waveform processing is completely digital, in real time during scans and during post-processing. This powerful tool minimizes the need for re-scans caused by changes in surface conditions or minor setup errors. After acquiring the scan, you can analyze it again by adjusting gate settings to produce a more accurate C-scan image or highlight particular indications. This means you can measure the signalРІР‚в„ўs amplitude, the part thickness, the internal surface profile, and the external surface profile simultaneously. The A-scan trace and the C-scan image are displayed in real time, and you can add multiple A-scan gates to measure between portions of the trace. The RMS 2 software is designed around the concept of C-scan layers, which enables operators to quickly switch between the multiple C-scan views generated during scans. The ultrasonic controls are similar to those on a standard ultrasonic flaw detector, therefore trained ultrasonic operators can quickly become familiar with all the software functions. The modular user interface is designed to hide and restore infrequently used controls with a single click, and save specific display layouts for future use. This information is recorded when a scan is saved. The software displays ultrasonic A-scan, C-scan, thickness measurements, and positional data in real time, with a maximum resolution of 0.5 Р“вЂ” 0.5 mm (0.02 Р“вЂ” 0.02 in). The RMS 2 software integrates scanner control, data capture, data analysis, and reporting tools. Designed to inspect pipe 610РІР‚вЂњ1219 mm (24РІР‚вЂњ48 in) in diameter longitudinally.The combination of longitudinal pipe scans and 60Р’В° width is a major improvement to Ultrasonic Testing (UT) efficiency in pipeline applications, while maintaining the high data quality associated for which RMS 2 is known for. The RMS 2-ARC 24-36 and 36-48 are designed to operate longitudinally on pipes 610РІР‚вЂњ1219 mm (24РІР‚вЂњ48 in) in diameter. Storage tank shells, horizontal storage tanks, pressure vessels, spheres, ship hulls, large structures.

Designed to inspect limited-access areas.The RMS 2-300 scanner head is a general-purpose scanner to inspect areas with limited access or other applications where smaller scan widths are necessary. Pipelines, pressure vessels, horizontal tanks, other structures where circumferential inspection is necessary.

Designed to inspect the circumference of curved surfaces.

The RMS 2-450 scanner head is designed for circumferential operation on curved surfaces from 152 mm (6 in) in diameter to flat surfaces.

Storage tank shells, horizontal tanks, pressure vessels, spheres, ship hulls, large structures.

The RMS 2-600 scanner head is designed to maximize scanning rates on large surfaces such as tank shells, pressure vessels, and other structures.