Proceq Pundit 200, Proceq PL-200PE Supplier in India

Proceq 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 PL200's superior feature of on- board storage and upgradation to use with single shear wave transmitter or expandable with Pundit Pulse echo transmitter makes it a benchmark for ultrasonic pulse velocity testing.

Applications Overview:

Pundit PL-200	Pundit PL-200PE
Through Transmission: Access from two sides	Single Side Access

Assessment of concrete quality
Ultrasonic Pulse Velocity
Uniformity
Compressive strength and SONREB	Slab thickness from a single side
Determination of crack depth	Detection and localization of voids, pipes, cracks (parallel to surface), and honey combing
Modulus of elasticity
Scan Modes
A-Scans Line Scans E-Modulus Data Logging Area Scan	A-Scans B-Scans Area Scan

Comprehensive Measurement Modes:

Line Scans

Assesses the concrete uniformity and detects cracks as well as other defects. The measured pulse velocities are displayed as a line.

Pulse Velocity

Calculates the pulse velocity of the material under test.

Compressive Strength:

Determines the com- pressive strength using Ultrasonic Pulse Velocity correlation, or by using SONREB

Crack Depth:

Determines the depth of perpendicular cracks according to BS 1881.

Surface Velocity

Determines surface velocity according to BS 1881.

Transmission Time:

Measures the transmission time.

Distance:

Calculates the distance between the transducers.

Standards and Norms:

EN12504-4 (Europe), ASTM C 597- 02 (North America), BS 1881 Part 203 (UK), 1S01920-7:2004 (International), 1513311 (India), CECS21 (China).

PL200 Additional Measurement Modes

E-Modulus

Determine the dynamic E-Modulus of a material (e.g. concrete or rock) by measuring P- and S-wave pulse velocities.

Direct calculation of the E-Modulus on the instrument
Measure P- and S- Wave Velocities on the same screen (Dual Cursor)
Poisson`s Ratio also calculated on PL-Link Software

Data Logging:

Set up automated test sequences for long term measuring applications.

Countdown timer indicates time to next measurement
Pulse velocity development shown graphically on screen

Area Scan

2D-visualization for uniformity testing on structural elements.

User definable colour classification based on pulse velocity or transmission time

User definable grid pattern for small to large scale measurements

All measurements can be edited (deleted, re-measured)

Direct calculation of the E-Modulus on the instrument
Measure P- and S- Wave Velocities on the same screen (Dual Cursor)
Poisson`s Ratio also calculated on PL-Link Software

Data Logging:

Set up automated test sequences for long term measuring applications.

Countdown timer indicates time to next measurement
Pulse velocity development shown graphically on screen

PL200-PE Measuring Modes:

A-Scan · A-Scan allows direct analysis of the raw signal. · Digital Filters for better echo visibility and noise suppression. · Automatic readout of slab thickness (Echo Tracker).	B-Scan · A cross-sectional view perpendicular to the scanning surface is provided. It facilitates the search of pipes, cracks, voids etc. · State-of-the-art image processing for improved image quality. · Cursor placement allows a direct readout of the slab thickness and the location of hidden objects or defects.

PL200-PE additional measurement modes:

Area Scan:

2D-Visualization for uniformity testing of slab thickness on structural elements.

Direct calculation of the E-Modulus on the instrument
Measure P- and S- Wave Velocities on the same screen (Dual Cursor)
Poisson`s Ratio also calculated on PL-Link Software