Proceq – Ultrasonic Pulse Velocity Pundit PL200 is best in class on site Ultrasonic Testing instrument for accessing the concrete uniformity via Line and area scans with measurement range up to 15m (depending on concrete) to ensure accurate path length measurement, perpendicular crack depth measurement and surface velocity measurement.

Proceq offers an extensive range of transducers providing highest accuracy and a proven field track record. The selection of the correct transducer is dependent on the aggregate/grain size and the dimensions of the test object.

• Housing specially designed to be used on-site in harsh environments
• Screen with highest resolution and sharpest image available in the market allowing best possible analysis of the measured waveforms
• Internal 8 GB Flash memory allowing storage of up to 100’000 A-Scans
• Dual core processor supporting diverse communication and peripheral interfaces
• Modular concept: Expandable with all Proceq Pulse Velocity and Pulse Echo transducers
• Future proof investment: upcoming Pundit ultrasonic products will be directly compatible
• Line Scans and Area Scans for concrete uniformity assessment
• Zoom and scroll for precise A-Scan inspection
• On board storage and review of waveforms
• Settings directly accessible on measuring screen
• Dual cursor for manual A-Scan evaluation
• Separate cursor to measure signal amplitude
• Improved surface velocity measurement
• Automatic and manual triggering and user adjustable trigger threshold
• A-Scan update rate up to 40 Hz
• Expandable with Pundit Pulse Echo transducer
• Measurement Modes: A-Scans, Pulse velocity, Surface velocity, Data logging, E-modulus, Compressive strength correlation, Crack depth, Line Scan, Area Scan.

• ASTM C 597-02
• CECS 21
• EN 12504-4
• IS 13311
• ISO 1920-7:2004

Concrete properties analysis using ultrasound pulse velocity

•  Complete set of measurement modes

•  Area scanning for uniformity testing

•  The same instrument can be used with pulse-echo transducers

Applications:

Correlation of compressive strength of concrete and rocks / Correlation to modulus of elasticity of rocks / Mapping homogeneity of concrete / Concrete strength estimation using the SONREB method / Quality assessment