Ultrasonic Velocity Test Equipment Model RCUVT-300

Ultrasonic Velocity Measurement The RCUVS-300 Ultrasonic Velocity Measurement System is a turnkey system that includes everything required to perform Ultrasonic Velocity measurements on laboratory specimens. The new hardware and software utilize the latest technology to allow for precise determination of compression (P) and shear (S or S₁ & S₂) wave velocities.

The RCUVS-300 system uses a fast-acting pulser that provides excitation to the ultrasonic sensor and a very high-speed analog-to-digital converter to store the resulting waveforms signals.

When used with a RIGCHINA system, wave velocity measurements can be taken while performing other test procedures, such as triaxial or unconfined compression tests. The ultrasonic data can be collected at any specified interval, such as time, stress, strain or any other test parameter. The RCUVS-300 can also be used with RCVA-100 Circumferential Velocity Anisotropy Apparatus to determine the compression and shear wave velocities in rock core specimens in different orientations to map anisotropy.

RIGCHINA offers a wide variety of transducers to perform ultrasonic velocity measurements on differently sized test specimens in a variety of conditions.

HIGHLIGHTS

·         Ultrasonic velocity measurements of compression and shear waves in asphalt, soil, rock, & concrete specimens

·         Hardware and software accommodate P, S₁, S₂ inputs. Digitally controlled pulser and receiver including a switch to automatically select P- or S-wave transducers. Waveform expansion ratio can be freely selected from 1 to 10 times.

·         Selection of the ultrasonic pulse amplitude adjustable from 0 to 1000V, Pulse width: freely adjustable from 0µs to 10µs.

·         Longitudinal wave acquisition and display, with single or continuous acquisition functions.

·         Timed testing and automatic record saving, no need for manual supervision.

· State-of-the-art, smart software for data acquisition, analysis, storage, plotting, & reporting, Automatic numbering and storage of data and waveforms, with the ability to plot curves of each measurement point (velocity and amplitude curves), Data retrieval, calculation, and waveform comparison capabilities

·         Available high temperature transducers for up to 300° C environments

·         Measurement of the time required by the ultrasonic pulse to go through the tested material.

·         Single or continuous acquisition mode with automatic or manual saving.

Automatic Zero calibration with depuration of the time for the pulse to go through the probes.