PHASED ARRAY |
Pulsers |
Configuration |
|
32:128 (16 pulser/receivers; driving up to 128 elements), 32/64, 16/64, 16/128 |
Test Mode |
|
Pulse-Echo and Transmit/Receive |
Transducer Socket |
|
I-PEX |
Pulse Voltage |
|
-50 V to -150 V (in steps of 10 V) |
Pulse Shape |
|
Negative square wave (with ActiveEdge) |
Pulse Width |
|
10 ns to 500 ns |
Edge Time |
|
<10 ns in 50 ohms load |
Output Impedance |
|
<16 ohms |
Trigger |
Synchronisation |
|
Encoder or free-running (time based) |
Tx/Rx Focus |
|
|
Delay Range |
|
0 to 10 μs (2.5 ns resolution) |
|
Receivers |
Gain Range |
|
0-80 dB, in steps of 0.5 dB |
Input Impedance |
|
50 ohms |
|
|
300 KHz - 30 MHz (-3 dB) |
Data Acquisition |
Architecture |
|
Full digital delay and sum architecture |
Sampling Rate |
|
50/100 MSPS |
ADC Resolution |
|
12 bits/sample |
Data sample width |
|
16 bits/sample |
Data recording |
|
Full raw data recorded |
Max A-Scan Length |
|
8192 samples (32 metres in steel LW, sampling rate 50 MSPS, sub sampling 1:128) |
Maximum PRF |
|
20 kHz |
Focal Law Qty |
|
Up to 1024 |
Maximum PRF |
|
Constant Depth, Constant Sound Path, Constant Offset |
Focussing Type |
|
Smoothing, Averaging, Scaling, Keep Max |
Filters |
|
Multiple narrow bands and broadbands |
Sub-sampling |
|
1:1 to 1:128 |
Rectifier |
|
RF, Full, Positive, negative. |
Synchronization |
|
Referenced on initial pulse or gate, IFT supported |
Multi-Group |
|
Multiple Sector scans and 1 TOFD Scan |
|
Scan & Views |
Supported Scans |
|
S-Scan & L-Scan |
Real Time Views |
|
S, L, B, C-Scan, Top and End view. |
Colour Maps |
|
Rainbow, Grayscale, Spectrum |
|
Cursors |
Type |
|
Cartesian, 2D Box, Angular |
Measurements |
|
Path Length, Depth, Surface Distance, Angle Peak in 2D Box and 2D Angular Box |
|
CONVENTIONAL UT/TOFD (MONO ELEMENT CHANNELS) |
Pulsers |
No. of Channels |
|
2 TX/RX (2 multiplex channels) 2 RX |
Test Mode |
|
Pulse-Echo, transmit/receive, TOFD |
Transducer Socket |
|
BNC or LEMO 1 (factory option) |
Pulse Voltage |
|
-400 V (adjustable from -100 to -400 V in steps of 10 V) |
Pulse Shape |
|
Negative Square Pulse (with ActiveEdge) |
Pulse Width |
|
Adjustable from 25 ns to 2000 ns, resolution 2.5 ns |
Edge Time |
|
<20 ns in 50 ohms load |
Output Impedance |
|
<10 ohms |
|
Receivers |
Gain Range |
|
110 dB (-30 dB to 80 dB) |
Input Impedance |
|
400 ohms |
Filter Bands |
|
Narrow bands centered at 0.5 MHz, 1 MHz, 2.25 MHz, 5 MHz,
10 MHz and 15 MHz, Broadband at 1 MHz to 18 MHz (-6dB) |
|
Data Acqusition |
Sampling Rate |
|
50/100/200 MSPS |
ADC resolution |
|
10 bits/sample |
Data sample width |
|
16 bits/sample |
Data recording |
|
Full raw data |
Max. A-Scan Length |
|
8192 samples |
Maximum PRF |
|
12 kHz |
Processing |
|
Smoothing, Filter, Keep max |
Sub-sampling |
|
41:1 to 1:128 |
Rectifier |
|
RF, Full, Positive, Negative |
Synchronization |
|
External digital input, encoder or internal |
|
Scans & Views |
Supported Scans |
|
A-Scans, |
Views |
|
A, B-Scan, TOFD |
|
Cursors |
Type |
|
Cartesian, Hyperbolic |
Measurements |
|
Path Length, Depth, Surface Distance |
|
CONVENTIONAL AND PHASED ARRAY |
DAC |
Number of Points |
|
16 |
DAC Quantity |
|
1 with 3 sub-DAC (per focal law in PA) |
|
Time Corrected Gain (TCG) |
Number of Points |
|
16 |
Gain Range |
|
0 to 60 dB |
Max Gain Slope |
|
>50 dB/μs |
|
Gates |
A-Scan Gates |
|
4 gates per A-scan (3 extracted A-scans per S/L-scan) |
Gate Trigger |
|
Flank/Peak |
S/L-Scan |
|
2 "D gates"per S/L-scan |
Alarm LED |
|
1 (sync on all gates & DACs) |
Measurements |
|
Available in A-Scan view |
|
|
1D Peak (FSH, dB, D, PL, SD) |
|
|
1D Flank (FSH, dB, D, PL, SD) |
|
|
Echo to Echo |
|
GENERAL |
Data Storage |
Internal |
|
6 GB (standard) |
External |
|
Hot removable "ser"USB 8 GB (standard) |
|
|
Only limited by USB key capacity |
Transfer Rate |
|
To User Key - Up to 23 MB/s Write mode |
|
|
Up to 27 MB/s Read mode |
Data File size |
|
2GB (FAT32 file system) |
Typical Scanning Speed |
|
10 to 15 cm/s |
Typical Scan Length |
|
>10 m |
|
Display |
Size |
|
25.9 cm (10.2 in) Wide aspect ratio |
Resolution |
|
1024 x 600 pixels |
Colour |
|
260k (65535 colours for scan palettes) |
Type |
|
TFT LCD |
|
I/O Ports / I/O |
USB Ports |
|
3 x USB certified ports (480 Mbps) |
Ethernet |
|
Gbit Ethernet (1000 Mbps) |
Video Output |
|
VGA Analog (1024 x 600) |
Encoder |
|
1 or 2 axis quadrature encoder (LEMO connectors) |
|
|
Single ended and differential input |
Digital Input/Output |
|
2 input lines (5V TTL) for trigger or sync (Shared between Conventional and
PA module) 4 output lines (5V TTL, 20 mA) for alarm or other external control
(Shared between Conventional and PA module) 8 pin LEMO socket |
Power Output |
|
5 V, 500 mA, current limited |
Integrated Help |
|
Active parameter description and Optimisation Tips. |
Language Support |
|
Six user selectable languages from:English, German, French, Spanish,
Russian, Chinese. |
|
Batteries & Power Supply |
Battery Type & Number |
|
Intelligent Li-ion batteries, 2 |
Operation |
|
1 battery or 2 batteries, DC Power pack |
Battery Replacement |
|
Hot swappable - no tools required |
Battery Recharge |
|
Batteries recharge in unit, operating or not |
Battery Life |
|
6+ hours (typical operation). |
|
Enclosure |
Size |
|
H220 mm x W335 mm x D115 mm |
|
|
5.28 kg1 battery/ 5.75 kg 2 batteries |
|
Environmental |
Temperature |
|
Operating -10°C to 40°C |
|
|
1. Storage -25°C to 70°C |
Relative Humidity |
|
5 to 95% non-condensing |
Environmental |
|
Meets IP65 |
Warranty |
|
1 year. |
Calibration Standard |
|
EN12668. |
Supported Inspection Codes |
|
Other relevant Code are also met. |
∙ ASME Code Case 2235-9 Use of Ultrasonic Examination in Lieu of Radiography |
∙ ASME Code Case 2541 Use of Manual Phased Array Ultrasonic Examination Section V ASME |
∙ ASTM E2491 Standard Guide for Evaluating Performance Characteristics of Phased-Array Ultrasonic
Examination Instruments and Systems |
∙ ASTM E2700 Standard Practice for Contact Ultrasonic Testing of Welds Using Phased Array |
∙ CEN EN 583-6 - Nondestructive testing - Ultrasonic examination-Part 6 -TOFD as a Method for
Defect Detection and Sizing |
∙ BSI BS7706 - Guide to Calibration and Setting-Up of the Ultrasonic TOFD Technique for the Detection,
Location, and Sizing of Flaws |