Atec Panametrics-Olympus-Omniscan-MX2 - Manual (Page 10)

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11-01-13 10:20
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OmniScan Report
Report Date Report Version File Name Inspection Date Inspection Version
Save Mode
2011 / 01 / 11 MXU - 3.0B4T12 PV200steph2.opd
2010 / 12 / 20 MXU - 3.0B4T10 Inspection Data
OmniScan Type
OmniScan Serial # Module Type Module Serial # Calibration Due Data File Name
N/A OMNI- EQUX251C AMP127 OMNI-2037
2011/8/12 File####
Group 1
Setup
A:70.00 Sk:090 L:001
Beam Delay Start (Half Path) Range (Half Path)
Max. PRF Type Averaging Factor
22.1 us
11.70 mm 61.40 mm 35 PA
1
Scale Type Scale Factor Video Filter Pretrig.
Rectification Filter
Compression 12
Off 0.00 µs FW None 0.50 - 19.00 MHz
Voltage Gain Mode Wave Type Sound Velocity
Pulse Width
40 (Low) 40.35 dB PE (Pulse-Echo)
Shear 3240.0 m/s 100.00 ns
Scan Offset
Index Offset Skew C-scan time resolution
-81.00 mm -21.50 mm 90.0º 10.0 ns Gate Start Width Threshold
Synchro.
I 0.00 mm
11.00 mm 20.00 % Pulse
A 7.00 mm 15.00 mm 50.00 % Pulse
B 72.71 mm 11.00 mm
30.00 % Pulse TCG Point Number Position (Half Path) Gain 1 0.00 mm
0.0 dB 2 11.98 mm 1.2 dB 3 17.88 mm 5.0 dB
Calculator
Element Qty. Used First Element
Last Element Resolution Wave Type Material Velocity
16 1 32 1.0
Shear 3240.0 m/s
Start Angle Stop Angle Angle Resolution Focal Depth Law Configuration
70.00º N/A N/A
12.00 mm Linear
Technician Name
______________________________________________________________
______________________________________________________
Technician Signature
________________________________________
___________________________________________________________
_________________ Contractor ___________________________________________________________
_________________________________________________________
Date ________________________________________________
___________________________________________________________
_________
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Indication # Scan
Index Group Channel A% DA^ ViA^ VsA^ A% DA^ U(m-r) S(m-r)
1 109.00 mm -11.63 mm 2 55.00º 67.7 % 5.60 mm -1.77 mm 109.00 mm 67.7 % 5.60 mm 6.84 mm 33.00 mm
Comments
-
The RayTracin g is only a graphica
l representatio n of the reading s approved by the
operator.
Indication table built from composite inspection data.
TomoView offers advanced post-processing of OmniScan
data. Illustrated here: weld overlay, multiple sector scans,
multibeam C-scans, and merging of A-scans with Top and
End views (the latter with rebound display).
TomoView ™ is the perfect PC-based complement to
the OmniScan ® family of instruments, and seamlessly
imports OmniScan files for advanced processing and
analysis in TomoView.
• Displays volume-corrected views that are fully
customizable and come with several preconfigured
templates.
• Imports and merges several data files. For simplified
interpretation, several groups are merged into one.
• Corrects potential operator errors in acquisition
parameters (incorrect skews, index offsets, etc.) by
reading back raw acquisition data without altering
original data.
Advanced Inspection Tools
TomoView offers advanced inspection tools to simulate,
test, and prepare setups for the OmniScan.
• 2-D matrix
• Pitch-and-catch, tandem
• Advanced focusing
Advanced Analysis Tools
• The TOFD Manager performs TOFD calibration,
lateral wave straightening, lateral wave removal, and
the synthetic aperture focusing technique (SAFT).
• C-Scan Merge: Merges C-scans based on minimum
or maximum amplitude, or time-of-flight (TOF).
• Signal-to-noise ratio (SNR): On a C-scan, this tool
calculates and displays areas in which SNR is above
and/or below a certain threshold.
Reporting
Creating a report in TomoView takes just a few clicks.
Defects can be added into the indication-table database,
the indication table can be customized with additional
readings, and you can add comments specific to each
indication.
Advanced Data Acquisition and Analysis with TomoView
Reporting
The OmniScan MX2 is designed to inspect, analyze, and generate
reports directly on the instrument, or off-line on a computer.
• The reports created on the OmniScan include an indication
table that can be customized with additional readings and
comments specific to each indication.
• RayTracing tools are included to represent indication positions
on the weld profile.
• Option to include a high-resolution image of the current
display in the report.
• The autogenerated report contains relevant parameters for the
instrument, software, calibration, UT parameters, phased array
parameters, scanner setup, and flaw reporting.
• Up to eight readings from the original setup can be displayed
using the touch screen’s simple toggle operations.
• Reports are stored and viewed on the instrument, and can also
be saved as HTML documents for use on a computer.
• Reports are fully customizable and come with several
preconfigured templates.
Dual matrix PA probe (TRL).