About Ultrasound Testing:

Ultrasound Testing: a non-destructive technique,

fast and relatively inexpensive, able to detect the

presence of defects, to perform thickness meas-

urements and material characterization.

In addition to the majority of metals, different ma-

terials, such as plastics, concrete and cement,

and even rubber and wood can be tested with

this technique.

The principles behind Ultrasound Testing:

A train of short ultrasound pulses is gener-

ated and sent into a workpiece. The time

necessary to receive the reflected pulses

(time-of-flight) is directly correlated to the

workpiece thickness.

The presence of defects in the workpiece

affects the propagation of ultrasound pulses

and generates a difference in their return

time and amplitude. By measuring these

characteristics, useful information can be

obtained about the location and size of the

defect.

Ultrasound Testing techniques have been suc-

cessfully applied to:

Control of welded joints;

Thickness measurement, including within milling

machines;

Thickness measurement in multilayered plastics;

Characterization of concrete during hardening

phase;

Tool guidance in deep drilling;

External and internal cylindricity measuring.

Advantages of Ultrasound:

Interesting alternative to the use of X-rays;

Safe (no danger arising from ionizing radiation);

Significantly lower cost;

Applicable to automated test solutions;

How can Ultrasound analysis be applied?

MaGyc USPR-100 pulser can be installed on

milling machines according to the requirements;

The pulser can be used in a motorized tank sys-

tem in which the workpiece is immersed

(Immersion Tank) for a compete scan (c-scan).

MaGyc

Ultra Sound

Digital Pulser

USPR-100

A/D CONVERTER

Sampling Frequency (MHz): 100, 50, 25, 12,5

Data Points: 256..8192, step 256

Bandwidth Dc to 35 MHz (-3dB)

Dynamic Range: > 110 dB

A/D Resolution: 16 bits

High Pass Filter: Software

Low Pass Filter: Software

Averaging: 1, 2, 4, 8 or 16 acquired buffers

Interface and communication: USB 2.0

Software: DLL & Labview Libraries

SOFTWARE OPTIONS

Thickness Gauge: SW Tool for single and multilayer

thickness measurement

Flaw Detector: SW Tool for defect identification and

measurement. Unlimited Gates

C-Scan: Flaw Detection SW Tool with X-Y encoder man-

agement

Material Analysis: SW Tool for Young Modulus and Pois-

son’s Ratio measurement

Custom: MaGyc can provide the best solution for any

special customer needs

HARDWARE OPTIONS

Additional UT channel: Additional Channel for Ultra-

sound Probes for a full 2 channels instrument

Encoder inputs: 2 inputs for differential incremental en-

coders (5V TTL)

Digital Output: 8 digital outputs

Multiplexer: Up to 16-Channel multiplexer

External Trigger Input & Output: External hardware syn-

chronization

High Voltage Pulser: standard: -500V, option:-1000 V

pulse

DESCRIPTION

Model USPS-100 is an innovative instrument that

marks a new era in ultrasonic NDT analysis. Ideally

suited for almost every ultrasonic application, the

instrument is designed to give the highest perfor-

mance combining excellent hardware characteristics

with flexible software tools. USPS-100 is fully com-

patible with any type of element transducer.

DIGITAL PULSER

Pulse Type (main bang): Negative

Rise Time (10 to 90%, no load): 10 ns

Pulse Amplitude (no load): 20..500V, step 20V

(Option: 100..1000V, step 100V)

Pulse Shape: Spike and Square (selectable)

Pulse width (square shape): 100 ns..50 μs, step 10

ns

Pulse Train: Burst of 1, 2, 4, 8, 16 pulses

Pulse separation: 100 ns..250 μs (step 10 ns)

Transducer Frequency Range: 0,05-35 MHz

Tx/Rx Mode: Pulse-Echo (1 transducer), Dual and

Through Transmission (2 transducers)

Maximum PRF (Pulse Repetition Rate): up to

1KHz; up to 500 Hz with 2-channel option