Sonatest veo 16:128 with shipping cost
The veo 16:128 uses 128 element probes providing more power for on-site inspection and offers further further functionality including TOFD & Interface Triggering (TCG/DAC). Simple controls, advanced features and rugged enclosure deliver power and superior performance to the technician's finger tips. Ultrasonic Phased Array inspection techniques are becoming the leading method for advanced NDT inspection. Applications typically include Weld Inspection, Corrosion Mapping, Aerospace and Composite Testing amongst others.
The new veo 16:128 enables the end user technician to use 128 probe elements for inspection and makes it possible to connect to larger single probes or multiple probes.
Improved Speed of Inspection
Increased Power & Capability is important for weld inspection applications where a linear scan from both sides of the weld is needed. The new veo 16:128 can utilise a pair of 64-element probes, allowing inspection to be carried out in a single pass, improving both the speed of inspection; and positional accuracy since the two probes are linked together.
Ideal WheelProbe Partner
Efficient and effective scanning can also be achieved when the new veo is partnered with Sonatest’s large Wheel probe which is capable of scanning a strip of up to 100mm in a single pass. The system is Ideal for large area scanning applications and corrosion inspection.
Enhanced performance for Aerospace and composite applications
The challenging arena of aerospace composite inspection is made easier using the 128 element capability; as several inspection techniques for advanced materials such as GLARE have now been developed which require high resolution probes with 96 or 128 elements.
Further benefits to the new 16:128 veo include the capability of pitch-catch inspection techniques, merged c-scan inspections, top views and included UT Studio viewing and analysis software.
Intuitive Menus and Workflow
As with the 16:64 the menu system is intuitive and application and workflow driven, with set up and operation swiftly becoming second nature. Integrated Help and Wizards guide the user through scan set up whilst Optimisation Tips ensure the veo always performs at the highest level. Fast and efficient wizards for sound velocity, wedge delay, TCG, DAC, TOFD setup and Encoder calibration are all provided as standard.
The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection setup and providing an inspection reference for reporting. Using the latest computer technology data can be permanently recorded for processing and report generation.
The new veo 16:128 enables the end user technician to use 128 probe elements for inspection and makes it possible to connect to larger single probes or multiple probes.
Improved Speed of Inspection
Increased Power & Capability is important for weld inspection applications where a linear scan from both sides of the weld is needed. The new veo 16:128 can utilise a pair of 64-element probes, allowing inspection to be carried out in a single pass, improving both the speed of inspection; and positional accuracy since the two probes are linked together.
Ideal WheelProbe Partner
Efficient and effective scanning can also be achieved when the new veo is partnered with Sonatest’s large Wheel probe which is capable of scanning a strip of up to 100mm in a single pass. The system is Ideal for large area scanning applications and corrosion inspection.
Enhanced performance for Aerospace and composite applications
The challenging arena of aerospace composite inspection is made easier using the 128 element capability; as several inspection techniques for advanced materials such as GLARE have now been developed which require high resolution probes with 96 or 128 elements.
Further benefits to the new 16:128 veo include the capability of pitch-catch inspection techniques, merged c-scan inspections, top views and included UT Studio viewing and analysis software.
Intuitive Menus and Workflow
As with the 16:64 the menu system is intuitive and application and workflow driven, with set up and operation swiftly becoming second nature. Integrated Help and Wizards guide the user through scan set up whilst Optimisation Tips ensure the veo always performs at the highest level. Fast and efficient wizards for sound velocity, wedge delay, TCG, DAC, TOFD setup and Encoder calibration are all provided as standard.
The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection setup and providing an inspection reference for reporting. Using the latest computer technology data can be permanently recorded for processing and report generation.
veo 16:128 Accessories
Veo 16:64 on Tripod
Splash Proof USB Keyboard
Waterproof Mouse
Battery Charger
Tripod
Lithium-Ion Battery pack
UT Studio - Professional edition
Quick Trace Encoder
Rapidscan to veo adapter
DAAH Array probe cable
USB Memory Stick
Phased Array Test Block Steel
Phased Array Test Block Aluminium
Further accessories for the veo are available please see the Veo Series Brochure for further details
Veo Kits
veo & Magman Scanner
veo & Corrosion WheelProbe
veo & Manual TOFD
veo & Manual Weld
The new veo 16:128 enables the end user technician to use 128 probe elements for inspection and makes it possible to connect to larger single probes or multiple probes.
Improved Speed of Inspection
Increased Power & Capability is important for weld inspection applications where a linear scan from both sides of the weld is needed. The new veo 16:128 can utilise a pair of 64-element probes, allowing inspection to be carried out in a single pass, improving both the speed of inspection; and positional accuracy since the two probes are linked together.
Ideal WheelProbe Partner
Efficient and effective scanning can also be achieved when the new veo is partnered with Sonatest’s large Wheel probe which is capable of scanning a strip of up to 100mm in a single pass. The system is Ideal for large area scanning applications and corrosion inspection.
Enhanced performance for Aerospace and composite applications
The challenging arena of aerospace composite inspection is made easier using the 128 element capability; as several inspection techniques for advanced materials such as GLARE have now been developed which require high resolution probes with 96 or 128 elements.
Further benefits to the new 16:128 veo include the capability of pitch-catch inspection techniques, merged c-scan inspections, top views and included UT Studio viewing and analysis software.
Intuitive Menus and Workflow
As with the 16:64 the menu system is intuitive and application and workflow driven, with set up and operation swiftly becoming second nature. Integrated Help and Wizards guide the user through scan set up whilst Optimisation Tips ensure the veo always performs at the highest level. Fast and efficient wizards for sound velocity, wedge delay, TCG, DAC, TOFD setup and Encoder calibration are all provided as standard.
The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection setup and providing an inspection reference for reporting. Using the latest computer technology data can be permanently recorded for processing and report generation.
The new veo 16:128 enables the end user technician to use 128 probe elements for inspection and makes it possible to connect to larger single probes or multiple probes.
Improved Speed of Inspection
Increased Power & Capability is important for weld inspection applications where a linear scan from both sides of the weld is needed. The new veo 16:128 can utilise a pair of 64-element probes, allowing inspection to be carried out in a single pass, improving both the speed of inspection; and positional accuracy since the two probes are linked together.
Ideal WheelProbe Partner
Efficient and effective scanning can also be achieved when the new veo is partnered with Sonatest’s large Wheel probe which is capable of scanning a strip of up to 100mm in a single pass. The system is Ideal for large area scanning applications and corrosion inspection.
Enhanced performance for Aerospace and composite applications
The challenging arena of aerospace composite inspection is made easier using the 128 element capability; as several inspection techniques for advanced materials such as GLARE have now been developed which require high resolution probes with 96 or 128 elements.
Further benefits to the new 16:128 veo include the capability of pitch-catch inspection techniques, merged c-scan inspections, top views and included UT Studio viewing and analysis software.
Intuitive Menus and Workflow
As with the 16:64 the menu system is intuitive and application and workflow driven, with set up and operation swiftly becoming second nature. Integrated Help and Wizards guide the user through scan set up whilst Optimisation Tips ensure the veo always performs at the highest level. Fast and efficient wizards for sound velocity, wedge delay, TCG, DAC, TOFD setup and Encoder calibration are all provided as standard.
The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection setup and providing an inspection reference for reporting. Using the latest computer technology data can be permanently recorded for processing and report generation.
veo 16:128 Accessories
Veo 16:64 on Tripod
Splash Proof USB Keyboard
Waterproof Mouse
Battery Charger
Tripod
Lithium-Ion Battery pack
UT Studio - Professional edition
Quick Trace Encoder
Rapidscan to veo adapter
DAAH Array probe cable
USB Memory Stick
Phased Array Test Block Steel
Phased Array Test Block Aluminium
Further accessories for the veo are available please see the Veo Series Brochure for further details
Veo Kits
veo & Magman Scanner
veo & Corrosion WheelProbe
veo & Manual TOFD
veo & Manual Weld
Sonatest veo 16:64
The veo Phased Array ultrasonic flaw detector upholds Sonatest’s reputation for innovative technician focussed product development. The veo’s simple controls, superior performance, advanced features and rugged enclosure deliver all that the operator needs in the field. Ultrasonic Phased Array technology has become the established method for advanced NDT testing applications which typically include Weld Inspection, Corrosion Mapping, Aerospace and Composite Testing
The veo's robust design, intuitive user interface and extensive online help brings the power of Phased Array to the field based technician.
The menu system is intuitive and application and workflow driven, with set up and operation swiftly becoming second nature. Integrated Help and Wizards guide the user through scan set up whilst Optimisation Tips ensure the veo always performs at the highest level.
The unique 3D ScanPlan view gives immediate visual confirmation of correct set up and ultrasound coverage, even in complex multi-probe applications.
Fast and efficient wizards for sound velocity, wedge delay, TCG, DAC, TOFD setup and Encoder calibration are all provided as standard.
The powerful veo platform unlocks a new level of performance in a portable instrument, helping you to maximize your efficiency on-site. The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection setup and providing an inspection reference for reporting. Using the latest computer technology data can be permanently recorded for processing and report generation.
veo 16:64 Specification
Phased Array
Configuration 16:64 (16 pulser/receivers; driving up to 64 elements)
Transducer Socket I-PEX
Pulse Voltage -50 V to 100 V (in steps of 10 V)
Data Acquisition
Architecture Full digital delay and sum architecture
Digitizing Frequency 50/100 MHz
Digitizer Resolution 12 bits
Data Processing 16 bits samples
Data recording Full raw data recorded
Max A-Scan Length 8192 samples (32 metres in steel LW, 50MHz, 1:128)
Scan & Views
Supported Scans S-Scan & L-Scan
Real Time Views S, L, B, C-Scan, Top and End view
Colour Maps 8 Standards (Rainbow, Grayscale, Spectrum, Aeronautic or custom)
Multi Group Multiple Sector scans and TFOD
CONVENTIONAL UT/TOFD (MONO ELEMENT CHANNELS)
No. of Channels 2 TX/RX (2 multiplexed channels)
Test Mode Pulse-Echo, transmit/receive, TOFD
Receivers
Gain Range 102dB (-30dB to 72dB)
Filter Bands Narrow bands centred at 0.5 MHz, 1 MHz, 2.25 MHz 5 MHz, 10 MHz and 15 MHz; Broadband at 1 MHz to 18 MHz (-6dB)
CONVENTIONAL AND PHASED ARRAY
DAC
DAC Quantity 1 with 3 sub-DAC (per focal law in PA)
Time Corrected Gain (TCG)
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 “2D gates” per S/L-scan
Alarm LED 1 (sync on all gates & DACs)
Measurements Available in A-Scan view
1D Peak (FSH, dB, D, BPL, SD)
1D Flank (FSH, dB, D, BPL, SD)
Echo to Echo
veo 16:64 Accessories
Veo 16:64 on Tripod
Splash Proof USB Keyboard
Waterproof Mouse
Battery Charger
Tripod
Lithium-Ion Battery pack
UT Studio - Professional edition
Quick Trace Encoder
Rapidscan to veo adapter
DAAH Array probe cable
USB Memory Stick
Phased Array Test Block Steel
Phased Array Test Block Aluminium
Further accessories for the veo are available please see the Veo Series Brochure for further details
Veo Kits
veo & Magman Scanner
veo & Corrosion WheelProbe
veo & Manual TOFD
veo & Manual Weld
The veo's robust design, intuitive user interface and extensive online help brings the power of Phased Array to the field based technician.
The menu system is intuitive and application and workflow driven, with set up and operation swiftly becoming second nature. Integrated Help and Wizards guide the user through scan set up whilst Optimisation Tips ensure the veo always performs at the highest level.
The unique 3D ScanPlan view gives immediate visual confirmation of correct set up and ultrasound coverage, even in complex multi-probe applications.
Fast and efficient wizards for sound velocity, wedge delay, TCG, DAC, TOFD setup and Encoder calibration are all provided as standard.
The powerful veo platform unlocks a new level of performance in a portable instrument, helping you to maximize your efficiency on-site. The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection setup and providing an inspection reference for reporting. Using the latest computer technology data can be permanently recorded for processing and report generation.
veo 16:64 Specification
Phased Array
Configuration 16:64 (16 pulser/receivers; driving up to 64 elements)
Transducer Socket I-PEX
Pulse Voltage -50 V to 100 V (in steps of 10 V)
Data Acquisition
Architecture Full digital delay and sum architecture
Digitizing Frequency 50/100 MHz
Digitizer Resolution 12 bits
Data Processing 16 bits samples
Data recording Full raw data recorded
Max A-Scan Length 8192 samples (32 metres in steel LW, 50MHz, 1:128)
Scan & Views
Supported Scans S-Scan & L-Scan
Real Time Views S, L, B, C-Scan, Top and End view
Colour Maps 8 Standards (Rainbow, Grayscale, Spectrum, Aeronautic or custom)
Multi Group Multiple Sector scans and TFOD
CONVENTIONAL UT/TOFD (MONO ELEMENT CHANNELS)
No. of Channels 2 TX/RX (2 multiplexed channels)
Test Mode Pulse-Echo, transmit/receive, TOFD
Receivers
Gain Range 102dB (-30dB to 72dB)
Filter Bands Narrow bands centred at 0.5 MHz, 1 MHz, 2.25 MHz 5 MHz, 10 MHz and 15 MHz; Broadband at 1 MHz to 18 MHz (-6dB)
CONVENTIONAL AND PHASED ARRAY
DAC
DAC Quantity 1 with 3 sub-DAC (per focal law in PA)
Time Corrected Gain (TCG)
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 “2D gates” per S/L-scan
Alarm LED 1 (sync on all gates & DACs)
Measurements Available in A-Scan view
1D Peak (FSH, dB, D, BPL, SD)
1D Flank (FSH, dB, D, BPL, SD)
Echo to Echo
veo 16:64 Accessories
Veo 16:64 on Tripod
Splash Proof USB Keyboard
Waterproof Mouse
Battery Charger
Tripod
Lithium-Ion Battery pack
UT Studio - Professional edition
Quick Trace Encoder
Rapidscan to veo adapter
DAAH Array probe cable
USB Memory Stick
Phased Array Test Block Steel
Phased Array Test Block Aluminium
Further accessories for the veo are available please see the Veo Series Brochure for further details
Veo Kits
veo & Magman Scanner
veo & Corrosion WheelProbe
veo & Manual TOFD
veo & Manual Weld
Sonatest Sitescan 500S
Sitescan Series Features
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Video Output for training.
Sizing Techniques & Software Options include
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001.
TCG (Option)
Time corrected or “Swept” gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo “DAC” curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UTility software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Sitescan 500S Accessories
Sitescan Standard Kit
Sitescan 500S Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
Rubber Boot Accessory
Customised Rubber “shell” that fits around the instrument for extra protection and insulation. (D-50 only)
UT-lity Pro (Advanced User Software)
UT-lity Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Video Output for training.
Sizing Techniques & Software Options include
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001.
TCG (Option)
Time corrected or “Swept” gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo “DAC” curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UTility software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Sitescan 500S Accessories
Sitescan Standard Kit
Sitescan 500S Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
Rubber Boot Accessory
Customised Rubber “shell” that fits around the instrument for extra protection and insulation. (D-50 only)
UT-lity Pro (Advanced User Software)
UT-lity Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Sonatest Sitescan D-50
The Sitescan D-50 offers the end user an entry level broadband flaw detector in the popular and portable casing of the established D-series; with a full VGA display, a 50nS (Spike) 200V, a Pulser 0.5dB gain resolution and an optional rubber boot.
Sitescan Series Features
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Sizing Techniques & Software Options include:
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001.
TCG (Option)
Time corrected or “Swept” gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo “DAC” curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UT-lity software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Sitescan D-50 Accessories
Sitescan Standard Kit
Sitescan 500S Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
Rubber Boot Accessory
Customised Rubber “shell” that fits around the instrument for extra protection and insulation. (D-50 only)
UT-lity Pro (Advanced User Software)
UTility Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Sitescan Series Features
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Sizing Techniques & Software Options include:
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001.
TCG (Option)
Time corrected or “Swept” gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo “DAC” curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UT-lity software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Sitescan D-50 Accessories
Sitescan Standard Kit
Sitescan 500S Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
Rubber Boot Accessory
Customised Rubber “shell” that fits around the instrument for extra protection and insulation. (D-50 only)
UT-lity Pro (Advanced User Software)
UTility Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Sonatest Masterscan 700M
Masterscan Series Features
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Dryscan capability.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Video Output for training.
Sizing Techniques & Software Options include:
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001
TCG (Option)
Time corrected or “Swept” gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo “DAC” curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UTility software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Dryscan Function (Option)
The Dryscan option adds a tuned pre-amplifier to the received signal, allowing comparative transmission testing of composite materials which cannot be inspected using traditional techniques. Used in conjunction with soft-tip and roller probes, no couplant is required, so honeycomb structures or carbon fibre panels are easily assessed for delaminations and disbonds.
Masterscan 700M Accessories
Masterscan Standard Kit
Masterscan 700M Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
UT-lity Pro (Advanced User Software)
UT-lity Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Dryscan capability.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Video Output for training.
Sizing Techniques & Software Options include:
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001
TCG (Option)
Time corrected or “Swept” gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo “DAC” curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UTility software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Dryscan Function (Option)
The Dryscan option adds a tuned pre-amplifier to the received signal, allowing comparative transmission testing of composite materials which cannot be inspected using traditional techniques. Used in conjunction with soft-tip and roller probes, no couplant is required, so honeycomb structures or carbon fibre panels are easily assessed for delaminations and disbonds.
Masterscan 700M Accessories
Masterscan Standard Kit
Masterscan 700M Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
UT-lity Pro (Advanced User Software)
UT-lity Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Sonatest Masterscan D-70
Masterscan Series Features
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Dryscan capability.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Video Output for training.
Sizing Techniques & Software Options include:
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001
TCG (Option)
Time corrected or "Swept" gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo "DAC" curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UTility software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Dryscan Function (Option)
The Dryscan option adds a tuned pre-amplifier to the received signal, allowing comparative transmission testing of composite materials which cannot be inspected using traditional techniques. Used in conjunction with soft-tip and roller probes, no couplant is required, so honeycomb structures or carbon fibre panels are easily assessed for delaminations and disbonds.
Masterscan Standard Kit
Masterscan D-70 Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
Rubber Boot Accessory
Customised Rubber “shell” that fits around the instrument for extra protection and insulation. (D-50 & D-70 only)
UT-lity Pro (Advanced User Software)
UT-lity Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Customisable & Inituitive Menus
Split DAC/AVG/DGS
Angle Measurement Mode.
Dryscan capability.
Configurable on-board software.
Field Upgradeable.
Encoded B-Scan
A-Scan Fade.
4GByte on-board memory.
USB Interface for PC import/export.
Video Output for training.
Sizing Techniques & Software Options include:
DAC (Standard)
Defined by up to 20 reference points or converted from TCG curve and digitally drawn on the screen. DAC curves meet the requirements of EN1714, ASME, JIS and many other standards. Custom DAC curves can be selected. DAC dynamic range can be extended by automatically adjusting the reference curve to match the reference gain. Scanning Gain and T-Loss available as separate controls. Amplitude readout is selectable between %FSH, % DAC or relative dB.
Split DAC & DGS/AVG (Option)
Adds up to 3 zones of added gain (+12db, +24dB) to the DAC or DGS/AVG curve to enable single-pass scanning of large sections and attenuative materials. Conforms to EN583-2:2001
TCG (Option)
Time corrected or "Swept" gain, defined by up to 10 reference points or converted from a DAC curve. All points converted to 80% screen height.
Backwall Echo Attenuation (BEA) Option (requires TCG)
0-40dB attenuation applied to the latter part of the time base, to improve the detectability of defects near the back wall and the loss of BWE due to porosity.
AWS (Option)
Built-in calculation and display of factors and parameters required by AWS D1.1
AVG/DGS (Option)
Enables the calculation of pseudo "DAC" curve and equivalent reflector size of UT indications, based on user input of transducer parameters.
API (Option)
On-board flaw sizing method in accordance with API 5UE.
Interface Trigger (Option)
Unlocks the interface trigger gate controls, which hold off the A-Scan acquisition and display until an interface echo is detected within a specific range and amplitude. Used for the elimination of water-path.
Corrosion Software (Option)
Enables complex inspection plans to be uploaded from a PC using the on board UTility software. Features include 2 dimensional thickness logging, storing A-Logs and B-Logs with thickness values, taking multiple readings per location and note creation for each grid location. A B-Scan option available to display bar-graph views of thickness readings taken by Gate 1 against distance or time.
Dryscan Function (Option)
The Dryscan option adds a tuned pre-amplifier to the received signal, allowing comparative transmission testing of composite materials which cannot be inspected using traditional techniques. Used in conjunction with soft-tip and roller probes, no couplant is required, so honeycomb structures or carbon fibre panels are easily assessed for delaminations and disbonds.
Masterscan Standard Kit
Masterscan D-70 Digital Flaw Detector
Battery, Charger, charger mains cable.
User Guide & Calibration Certificate.
Certificate of Conformance
Carry Bag.
UT-lity & USB cable.
Display Window Cover.
Ultrasonic Couplant.
B-Scan Encoder Option
The Sonatest series of flaw detectors are suitable for Corrosion Mapping using linear encoded scanners like the EZ-scan 4 (as seen on the right).
Ideal applications include Storage Tank bottom and side walls, flat plates and pipes with a 10cm (4”) or greater outside diameter.
Rubber Boot Accessory
Customised Rubber “shell” that fits around the instrument for extra protection and insulation. (D-50 & D-70 only)
UT-lity Pro (Advanced User Software)
UT-lity Pro is the “professional” version and works in conjunction with the Corrosion Software option, providing the end user with the ability to create and manage inspection plans, location notes, historical thickness readings and other asset management information as required.
Set up Inspection plan (grid) templates, notes and labels.
Import previous readings into an inspection plan
Export Inspection plan data to spreadsheets and plant maintenance databases.
Sonatest Prisma UT
The Prisma UT model offers the end user a high end ultrasonic flaw detector with superior performance and functionality at their finger tips.
Features include:
Largest and highest resolution display in it's field, with built in reflectivity for sunlight readability.
Enhanced Imaging Capability enables A-Scan, B-Scans and C-Scans.
Full screen mode uses 100% of the display for the scan imaging with 29 layouts to choose from so data can be viewed and worked in any layout you wish.
Numerous palettes are available for all scans - use amplitude or depth C-Scans. You can even customize palettes.
Advanced display modes include smoothing, contouring, averaging, envelope....
A-Scan resolution - up to 8192 points!
Full data recording is possible including screen shots. This also aids traceablility and can confirm repeatability.
Probe & Wedge on-board database.
New Configuration Wizard helps the technician to get the best out of the Prisma.
Parameter Genius highlights the source of incorrect set ups by showing you the parameters that are not configured correctly.
The TOFD option is on board - so no need to have extra instrumentation for TOFD Inspection.
The Prisma is upgradeable - anytime and anywhere. So if TOFD or PA is required for the next project simply contact us to upgrade - in the field. No need to return your instrument.
UT Studio analysis software is simple to use with powerful results, based on a drag and drop approach in an intuitive environment.
Prisma UT Specification
Prisma UT Standard Kit
Dual UT Channels with:
A-Scan recording
2 Axis Encoding
Interface Triggering (IFT)
A,B & C Scan Displays
USB Stick (8GB)
Couplant
User Manual
2 point neck harness
Lithium Ion Battery Packs (x2)
External battery charger
Power cord & Supply adaptor
Screen Protector
Transport Case (Airplane Carry on size)
Features include:
Largest and highest resolution display in it's field, with built in reflectivity for sunlight readability.
Enhanced Imaging Capability enables A-Scan, B-Scans and C-Scans.
Full screen mode uses 100% of the display for the scan imaging with 29 layouts to choose from so data can be viewed and worked in any layout you wish.
Numerous palettes are available for all scans - use amplitude or depth C-Scans. You can even customize palettes.
Advanced display modes include smoothing, contouring, averaging, envelope....
A-Scan resolution - up to 8192 points!
Full data recording is possible including screen shots. This also aids traceablility and can confirm repeatability.
Probe & Wedge on-board database.
New Configuration Wizard helps the technician to get the best out of the Prisma.
Parameter Genius highlights the source of incorrect set ups by showing you the parameters that are not configured correctly.
The TOFD option is on board - so no need to have extra instrumentation for TOFD Inspection.
The Prisma is upgradeable - anytime and anywhere. So if TOFD or PA is required for the next project simply contact us to upgrade - in the field. No need to return your instrument.
UT Studio analysis software is simple to use with powerful results, based on a drag and drop approach in an intuitive environment.
Prisma UT Specification
Prisma UT Standard Kit
Dual UT Channels with:
A-Scan recording
2 Axis Encoding
Interface Triggering (IFT)
A,B & C Scan Displays
USB Stick (8GB)
Couplant
User Manual
2 point neck harness
Lithium Ion Battery Packs (x2)
External battery charger
Power cord & Supply adaptor
Screen Protector
Transport Case (Airplane Carry on size)
Sonatest Prisma PA
The Prisma PA model offers the end user a high end ultrasonic flaw detector with superior performance and functionality at their finger tips.
Features include:
Great PA capability from 16:16 manual through to 16:64 with 2D encoding. Improved coverage, yet the technician can use conventional UT measurments when required.
UT to PA - and back.... switch simply and quickly between one inspection mode and the other. Everything stays intact in your background session.
Largest and highest resolution display in it's field, with built in reflectivity for sunlight readability.
Enhanced Imaging Capability enables A-Scan, B Scans and C-Scans.
3D ScanPlan includes the part, weld, wedge, probe, scan coverage. Helps assess the inspection set up clearly, graphically and easily.
Full screen mode uses 100% of the display for the scan imaging with 29 layouts to choose from data can be viewed and worked in any layout you wish.
Numerous palettes are available for all scans - use amplitude or depth C-Scans. You can even customize palettes.
Advanced display modes include smoothing, contouring, averaging, envelope....
A-Scan resolution - up to 8192 points!
Full data recording is possible including screen shots. This also aids traceablility and can confirm repeatability.
Probe & Wedge on baord database.
New Configuration Wizard helps the technican to get the best out of the Prisma.
Parameter Genius highlights the source of incorrect set ups by showing you the parameters that are not confirgured correctly.
TOFD is on board - so need to have extra instrumentation for TOFD Inspection.
The Prisma is upgradeable - anytime and anywhere. So if TOFD or PA is required for the next project simply contact us to upgrade - in the field. No need to return your instrument.
UT Studio analysis software is simple to use with powerful results, based on a drag and drop approach in an inutiutive environment.
Prisma PA Specification
Prisma PA Standard Kit
Dual UT Channels with:
A-Scan recording
2 Axis Encoding
Interface Triggering (IFT)
16:16, manual PA.
A,B & C Scan Displays
USB Stick (8GB)
Couplant
User Manual
2 point neck harness
Lithium Ion Battery Packs (x2)
External battery charger
Power cord & supply adaptor
Screen Protector
Transport Case (Airplane Carry on size)
Features include:
Great PA capability from 16:16 manual through to 16:64 with 2D encoding. Improved coverage, yet the technician can use conventional UT measurments when required.
UT to PA - and back.... switch simply and quickly between one inspection mode and the other. Everything stays intact in your background session.
Largest and highest resolution display in it's field, with built in reflectivity for sunlight readability.
Enhanced Imaging Capability enables A-Scan, B Scans and C-Scans.
3D ScanPlan includes the part, weld, wedge, probe, scan coverage. Helps assess the inspection set up clearly, graphically and easily.
Full screen mode uses 100% of the display for the scan imaging with 29 layouts to choose from data can be viewed and worked in any layout you wish.
Numerous palettes are available for all scans - use amplitude or depth C-Scans. You can even customize palettes.
Advanced display modes include smoothing, contouring, averaging, envelope....
A-Scan resolution - up to 8192 points!
Full data recording is possible including screen shots. This also aids traceablility and can confirm repeatability.
Probe & Wedge on baord database.
New Configuration Wizard helps the technican to get the best out of the Prisma.
Parameter Genius highlights the source of incorrect set ups by showing you the parameters that are not confirgured correctly.
TOFD is on board - so need to have extra instrumentation for TOFD Inspection.
The Prisma is upgradeable - anytime and anywhere. So if TOFD or PA is required for the next project simply contact us to upgrade - in the field. No need to return your instrument.
UT Studio analysis software is simple to use with powerful results, based on a drag and drop approach in an inutiutive environment.
Prisma PA Specification
Prisma PA Standard Kit
Dual UT Channels with:
A-Scan recording
2 Axis Encoding
Interface Triggering (IFT)
16:16, manual PA.
A,B & C Scan Displays
USB Stick (8GB)
Couplant
User Manual
2 point neck harness
Lithium Ion Battery Packs (x2)
External battery charger
Power cord & supply adaptor
Screen Protector
Transport Case (Airplane Carry on size)
Sonatest Railscan 125
Designed specifically for Rail Testing, the Railscan 125R rises to the demanding challenges set by this environment for NDT and it's operators.
Network Rail (UK) procedure and approval
Narrow Band amplifiers 2 and 5 MHz; G1 +ve trigger, G2 -ve trigger, (0.6 second delay for monitoring rail bottom depth).
Long Battery Life
Latest Li-Ion technology 10-16 hours (brightness dependant) Quick re-charge in 3-4 hours
Walking Stick Compatibility
Sperry walking stick. Others (e.g., NRS bi-directional walking stick)
Single-shot PRF for high speed multiplexing
RS232 & USB outputs: Supporting custom software systems, (e.g. Sperry palmtop with GPS)
Robust and Reliable
Sonatest's reputation for robust design and proven reliability is an important aspect of flaw detector ownership.
Down time is expensive and should be minimised to ensure maximum productivity. The Railscan is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work.
The Railscan comes with 2 years warranty, extendable to 5 years with Sonacover, and a worldwide service network.
High Visibility Display
For any flaw detector the display is a crucial element. The Railscan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability. The new Full Screen mode maximises the A-scan area to improve readability further whilst testing and its fast response and peak capture functionality ensure any indicationis clearly displayed, even if it only appears for one cycle of the 1 KHz PRf.
SDMS (Optional Sonatest Data Management Software)
This Windows based data management tool allows the user to interface a Sonatest digital flawOptional Sonatest Data Management Software detector with a PC. The software uploads and downloads panel settings and A-scans, which can also be copied and pasted into Word for customised reporting. Thickness readings can be transferred directly into Excel with the ability to produce charts for B & C-Scans, colour 3D mapping etc.
Railscan 125 Specification
Test Range: 0 - 5mm (0.2in) up to 0 - 10000 mm (400 in.) at steel velocity. Variable in 1mm & 10mm steps.
Velocity: 1000 to 9,999m/s continuously variable.
Probe Zero: 0 to 999.999 μs, continuously variable.
Delay: Calibrated delay from 0-10000mm in 0.05 mm steps at steel velocity (0-400in. in 0.002 in. steps).
Gain: 0 to 110dB. Adjustable in 0.5, 1, 2, 6, 10, 14 and 20dB steps. Direct access to gain control at all times.
Test Modes: Pulse echo and transmit/receive.
Pulser: -200V square wave pulser. Pulse width 100ns. Rise/fall times <10ns into 50 ohms:
P.R.F: 1000 Hz.
Update Rate: 60Hz (NTSC Mode); 50Hz (PAL Mode).
Rectification: Full wave.
Frequency: Range 2.5MHz and 5.0MHz.
Measurement Modes:
Mode 1: Signal Monitor
Mode 2: Depth and amplitude of first signal in gate.
Mode 3: Echo-to-Echo distance measurement. (single gate)
Mode 4: Trigonometric display of beam path, surface distance and depth of indication, curve surface correction and X-OFFSET for probe index. Half skip indication on screen.
Mode 5: T-Min mode for holding minimum thickness reading.
Resolution: 0.01mm (0.001in) for distance measurement or 1% FSH for amplitude
measurement. Large display of measurement at the top of A-Scan display. Measurement mode selectable between peak and flank.
Thickness Logging: Storage for 8000 thickness readings configured either by Block/Location/Number mode or pre-programmable work sheets in sequential mode. Readings can be exported to MS Excel using optional SDMS software.
DAC: DAC defined by up to 10 points and digitally drawn on screen. DAC curves meet requirements of EN 1714, JIS and ASME standards, selectable between -2, -6, -10, -12 and -14dB. Amplitude read out selectable between % DAC or relative dB
Network Rail (UK) procedure and approval
Narrow Band amplifiers 2 and 5 MHz; G1 +ve trigger, G2 -ve trigger, (0.6 second delay for monitoring rail bottom depth).
Long Battery Life
Latest Li-Ion technology 10-16 hours (brightness dependant) Quick re-charge in 3-4 hours
Walking Stick Compatibility
Sperry walking stick. Others (e.g., NRS bi-directional walking stick)
Single-shot PRF for high speed multiplexing
RS232 & USB outputs: Supporting custom software systems, (e.g. Sperry palmtop with GPS)
Robust and Reliable
Sonatest's reputation for robust design and proven reliability is an important aspect of flaw detector ownership.
Down time is expensive and should be minimised to ensure maximum productivity. The Railscan is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work.
The Railscan comes with 2 years warranty, extendable to 5 years with Sonacover, and a worldwide service network.
High Visibility Display
For any flaw detector the display is a crucial element. The Railscan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability. The new Full Screen mode maximises the A-scan area to improve readability further whilst testing and its fast response and peak capture functionality ensure any indicationis clearly displayed, even if it only appears for one cycle of the 1 KHz PRf.
SDMS (Optional Sonatest Data Management Software)
This Windows based data management tool allows the user to interface a Sonatest digital flawOptional Sonatest Data Management Software detector with a PC. The software uploads and downloads panel settings and A-scans, which can also be copied and pasted into Word for customised reporting. Thickness readings can be transferred directly into Excel with the ability to produce charts for B & C-Scans, colour 3D mapping etc.
Railscan 125 Specification
Test Range: 0 - 5mm (0.2in) up to 0 - 10000 mm (400 in.) at steel velocity. Variable in 1mm & 10mm steps.
Velocity: 1000 to 9,999m/s continuously variable.
Probe Zero: 0 to 999.999 μs, continuously variable.
Delay: Calibrated delay from 0-10000mm in 0.05 mm steps at steel velocity (0-400in. in 0.002 in. steps).
Gain: 0 to 110dB. Adjustable in 0.5, 1, 2, 6, 10, 14 and 20dB steps. Direct access to gain control at all times.
Test Modes: Pulse echo and transmit/receive.
Pulser: -200V square wave pulser. Pulse width 100ns. Rise/fall times <10ns into 50 ohms:
P.R.F: 1000 Hz.
Update Rate: 60Hz (NTSC Mode); 50Hz (PAL Mode).
Rectification: Full wave.
Frequency: Range 2.5MHz and 5.0MHz.
Measurement Modes:
Mode 1: Signal Monitor
Mode 2: Depth and amplitude of first signal in gate.
Mode 3: Echo-to-Echo distance measurement. (single gate)
Mode 4: Trigonometric display of beam path, surface distance and depth of indication, curve surface correction and X-OFFSET for probe index. Half skip indication on screen.
Mode 5: T-Min mode for holding minimum thickness reading.
Resolution: 0.01mm (0.001in) for distance measurement or 1% FSH for amplitude
measurement. Large display of measurement at the top of A-Scan display. Measurement mode selectable between peak and flank.
Thickness Logging: Storage for 8000 thickness readings configured either by Block/Location/Number mode or pre-programmable work sheets in sequential mode. Readings can be exported to MS Excel using optional SDMS software.
DAC: DAC defined by up to 10 points and digitally drawn on screen. DAC curves meet requirements of EN 1714, JIS and ASME standards, selectable between -2, -6, -10, -12 and -14dB. Amplitude read out selectable between % DAC or relative dB
Sitescan 123
Setting standards of performance and reliability
The “analogue feel” from the high quality broadband amplifier shows all the detail required to demonstrate how ultrasound changes with defect types, such as holes and cracks, essential in understanding ultrasonic's at Level I and II. For classroom presentation the 123W has a composite video output for connection to LCD projectors.
Advanced Defect Sizing Tools as Standard
Weld and pipe inspection are major applications for the Sitescan series and we have therefore equipped them with the latest software tools for defect sizing. The 123W has DAC sizing techniques. The use of integrated sizing software reduces analysis time and hence speeds inspection.
High Visibility Display
For any flaw detector the display is a crucial element. The Sitescan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability.
High Performance with Total Control
The Sitescan series delivers high performance and advanced features, yet our engineer's experience in user interface design has ensured it's easy and quick to use. The acknowledged ease of use of previous generation Sitescans has been enhanced with the menu navigation key and intuitive menu structure, providing easy access to functions.
Rugged Reliability
Sonatest's reputation for robust design and proven reliability is an important aspect of flaw detector ownership. Down time is expensive and should be minimized to ensure maximum productivity. The Sitescan series is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work. The Sitescan comes with 2 years warranty, extendable to 5 years with Sonacover, supported by a worldwide service network.
Sitescan 123 Accessories
SDMS (Optional Sonatest Data Management Software)
This Windows based data management tool allows the user to interface a Sonatest digital flaw detector with a PC. The software uploads and downloads panel settings and A-Scans, which can also be copied and pasted into Word for customised reporting. Thickness readings can be transferred directly into Excel with the ability to produce charts for B & C-Scans, colour 3D mapping etc.
The “analogue feel” from the high quality broadband amplifier shows all the detail required to demonstrate how ultrasound changes with defect types, such as holes and cracks, essential in understanding ultrasonic's at Level I and II. For classroom presentation the 123W has a composite video output for connection to LCD projectors.
Advanced Defect Sizing Tools as Standard
Weld and pipe inspection are major applications for the Sitescan series and we have therefore equipped them with the latest software tools for defect sizing. The 123W has DAC sizing techniques. The use of integrated sizing software reduces analysis time and hence speeds inspection.
High Visibility Display
For any flaw detector the display is a crucial element. The Sitescan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability.
High Performance with Total Control
The Sitescan series delivers high performance and advanced features, yet our engineer's experience in user interface design has ensured it's easy and quick to use. The acknowledged ease of use of previous generation Sitescans has been enhanced with the menu navigation key and intuitive menu structure, providing easy access to functions.
Rugged Reliability
Sonatest's reputation for robust design and proven reliability is an important aspect of flaw detector ownership. Down time is expensive and should be minimized to ensure maximum productivity. The Sitescan series is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work. The Sitescan comes with 2 years warranty, extendable to 5 years with Sonacover, supported by a worldwide service network.
Sitescan 123 Accessories
SDMS (Optional Sonatest Data Management Software)
This Windows based data management tool allows the user to interface a Sonatest digital flaw detector with a PC. The software uploads and downloads panel settings and A-Scans, which can also be copied and pasted into Word for customised reporting. Thickness readings can be transferred directly into Excel with the ability to produce charts for B & C-Scans, colour 3D mapping etc.
Sitescan 150
Advanced Defect Sizing Tools as Standard
Weld and pipe inspection are major applications for the Sitescan series and they are equipped with the latest software tools for defect sizing.
The use of integrated sizing software reduces analysis time and speeds inspection. Multiple standard sizing techniques are essential for service companies working to different customer standards, especially as service work becomes more international and operators are required to work to different codes.
High Visibility Display
For any flaw detector the display is a crucial element. The Sitescan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability. The new Full Screen mode maximizes the A-scan area to improve readability further whilst testing and its fast response and peak capture functionality ensure any indication is clearly displayed, even if it only appears for one cycle of the PRF.
High Performance with Total Control
The Sitescan delivers high performance and advanced features, yet our engineer's experience in user interface design has ensured it is easy and quick to use. Enhanced menu structures and menu navigation keys, provide easy access to functions.
Robus and Reliable
Robust design and proven reliability is an important aspect of flaw detector ownership. Down time is expensive and should be minimized to ensure maximum productivity. The Sitescan series is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work. The Sitescan comes with 2 years warranty, extendable to 5 years with Sonacover, supported by a worldwide service network.
Features
Colour Reference Feature
An A-scan from a known defect free component can be stored and recalled in a different colour to the live A-scan. This effectively means that defects are highlighted in a different colour to the natural reflectors, enabling quicker and more reliable defect detection.
Flexible Measurement
Two independent bar monitor gates offer a range of measurement options for signal height or distance using either flank or peak triggering. The echo-to-echo mode gives through paint thickness readings while the G1-G2 mode allows accurate gate positioning for signals which are extremely close together. The TRIG function gives surface distance and depth when using angle beam transducers.
Curve Surface Correction
When using angle beam transducers on a curved surface the Sitescan will calculate the surface distance and depth of defect, taking into account the internal or external radius.
Flaw Sizing
Automatic flaw sizing using DGS/AVG, AWS D1.1, API 5UE, speeds reporting of defect acceptance or rejection.
Help Facility
Using the HELP key the operator has instant access to the easy to use on screen guidance. Full instructions for all functions are clearly displayed. A very useful function for multi-disciplined technicians who use a variety of NDT techniques and do not use the Sitescan on a day-to-day basis.
Full Screen A-scan
In full screen mode the A-scan fills the display improving visibility.
Fast Set Up Screen
The split screen mode enables fast set up and overview of basic parameters.
Weld and pipe inspection are major applications for the Sitescan series and they are equipped with the latest software tools for defect sizing.
The use of integrated sizing software reduces analysis time and speeds inspection. Multiple standard sizing techniques are essential for service companies working to different customer standards, especially as service work becomes more international and operators are required to work to different codes.
High Visibility Display
For any flaw detector the display is a crucial element. The Sitescan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability. The new Full Screen mode maximizes the A-scan area to improve readability further whilst testing and its fast response and peak capture functionality ensure any indication is clearly displayed, even if it only appears for one cycle of the PRF.
High Performance with Total Control
The Sitescan delivers high performance and advanced features, yet our engineer's experience in user interface design has ensured it is easy and quick to use. Enhanced menu structures and menu navigation keys, provide easy access to functions.
Robus and Reliable
Robust design and proven reliability is an important aspect of flaw detector ownership. Down time is expensive and should be minimized to ensure maximum productivity. The Sitescan series is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work. The Sitescan comes with 2 years warranty, extendable to 5 years with Sonacover, supported by a worldwide service network.
Features
Colour Reference Feature
An A-scan from a known defect free component can be stored and recalled in a different colour to the live A-scan. This effectively means that defects are highlighted in a different colour to the natural reflectors, enabling quicker and more reliable defect detection.
Flexible Measurement
Two independent bar monitor gates offer a range of measurement options for signal height or distance using either flank or peak triggering. The echo-to-echo mode gives through paint thickness readings while the G1-G2 mode allows accurate gate positioning for signals which are extremely close together. The TRIG function gives surface distance and depth when using angle beam transducers.
Curve Surface Correction
When using angle beam transducers on a curved surface the Sitescan will calculate the surface distance and depth of defect, taking into account the internal or external radius.
Flaw Sizing
Automatic flaw sizing using DGS/AVG, AWS D1.1, API 5UE, speeds reporting of defect acceptance or rejection.
Help Facility
Using the HELP key the operator has instant access to the easy to use on screen guidance. Full instructions for all functions are clearly displayed. A very useful function for multi-disciplined technicians who use a variety of NDT techniques and do not use the Sitescan on a day-to-day basis.
Full Screen A-scan
In full screen mode the A-scan fills the display improving visibility.
Fast Set Up Screen
The split screen mode enables fast set up and overview of basic parameters.
Sitescan 250
Advanced Defect Sizing Tools as Standard
Weld and pipe inspection are major applications for the Sitescan series and they are equipped with the latest software tools for defect sizing. The use of integrated sizing software reduces analysis time and speeds inspection. Multiple standard sizing techniques are essential for service companies working to different customer standards, especially as service work becomes more international and operators are required to work to different codes.
High Visibility Display
For any flaw detector the display is a crucial element. The Sitescan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability. The new Full Screen mode maximizes the A-scan area to improve readability further whilst testing and its fast response and peak capture functionality ensure any indication is clearly displayed, even if it only appears for one cycle of the PRF.
High Performance with Total Control
The Sitescan delivers high performance and advanced features, yet our engineer's experience in user interface design has ensured it is easy and quick to use. Enhanced menu structures and menu navigation key, provides easy access to functions.
Robust and Reliable
Robust design and proven reliability is an important aspect of flaw detector ownership. Down time is expensive and should be minimized to ensure maximum productivity. The Sitescan series is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work. The Sitescan comes with 2 years warranty, extendable to 5 years with Sonacover, supported by a worldwide service network.
Weld and pipe inspection are major applications for the Sitescan series and they are equipped with the latest software tools for defect sizing. The use of integrated sizing software reduces analysis time and speeds inspection. Multiple standard sizing techniques are essential for service companies working to different customer standards, especially as service work becomes more international and operators are required to work to different codes.
High Visibility Display
For any flaw detector the display is a crucial element. The Sitescan has a colour transflective TFT display as standard, providing high visibility at any light level. The choice of colours for menus and waveform display enhance clarity, with the LCD simulation mode giving direct sunlight readability. The TFT does not suffer the typical black out problems or temperature limitations of LCD giving full weather capability. The new Full Screen mode maximizes the A-scan area to improve readability further whilst testing and its fast response and peak capture functionality ensure any indication is clearly displayed, even if it only appears for one cycle of the PRF.
High Performance with Total Control
The Sitescan delivers high performance and advanced features, yet our engineer's experience in user interface design has ensured it is easy and quick to use. Enhanced menu structures and menu navigation key, provides easy access to functions.
Robust and Reliable
Robust design and proven reliability is an important aspect of flaw detector ownership. Down time is expensive and should be minimized to ensure maximum productivity. The Sitescan series is constructed to high standards using Xenoy plastics and sealed to IP67, giving excellent water resistance so it can withstand the tough environments in which operators work. The Sitescan comes with 2 years warranty, extendable to 5 years with Sonacover, supported by a worldwide service network.
RapidScan 2
The system includes a 128-channel multiplexing pulser/receiver module; state of-the-art data capture electronics and a standard PC laptop, housed in a low-profile rugged plastic enclosure. The instrument operates through a user-friendly Windows based interface.
Powerful gating and evaluation tools ensure that the ultrasonic signals can be analysed and interpreted to the fullest extent. RapidScan 2 operates in pulse-echo mode suitable for inspecting medium to large areas. The high resolution C-scans show time of flight and amplitude data, simultaneously displaying both A and B-scans live.
RapidScan 2 has been successfully employed for inspecting a range of materials and structures. A simple parallel may be drawn to conventional A-scan inspections; if a part can be inspected with a ¼”, single element transducer then it can often be inspected using RapidScan 2. Exceptions to this rule are compound curves, complex geometry and parts with restricted access.
Rapidscan 2 Accessories
Ultrasonic Array
Centre freq.: 2, 5, 10 MHz
Bandwidth: >60% (-6dB)
Element pitch: 0.8mm
Active Array width: 50mm
No. of elements: 64
Aperture: 8, 16, 24 and 32 channel beam formation supported
Max cable length: 10m @ 5MHz
Connector: Cannon ZIF 260 pins
Wheel Probe
Water filled low attenuation rubber tyre
Rotary quadrature encoder for positional information.
Spring loaded buggy for fast scanning.
Powerful gating and evaluation tools ensure that the ultrasonic signals can be analysed and interpreted to the fullest extent. RapidScan 2 operates in pulse-echo mode suitable for inspecting medium to large areas. The high resolution C-scans show time of flight and amplitude data, simultaneously displaying both A and B-scans live.
RapidScan 2 has been successfully employed for inspecting a range of materials and structures. A simple parallel may be drawn to conventional A-scan inspections; if a part can be inspected with a ¼”, single element transducer then it can often be inspected using RapidScan 2. Exceptions to this rule are compound curves, complex geometry and parts with restricted access.
Rapidscan 2 Accessories
Ultrasonic Array
Centre freq.: 2, 5, 10 MHz
Bandwidth: >60% (-6dB)
Element pitch: 0.8mm
Active Array width: 50mm
No. of elements: 64
Aperture: 8, 16, 24 and 32 channel beam formation supported
Max cable length: 10m @ 5MHz
Connector: Cannon ZIF 260 pins
Wheel Probe
Water filled low attenuation rubber tyre
Rotary quadrature encoder for positional information.
Spring loaded buggy for fast scanning.
Veo+
The VEO+ electronic & software is powered by a new architecture offering superior data throughput and unsurpassed computational capacity to deliver fast and accurate results in the most demanding conditions. It allows inspectors to easily create high resolution volumetric scans and record very precise data sets with exceptional measurement precision.
These performances come from an impressive 32 channel PA beamformer providing exceptional SNR, enhanced digital signal processing and the legendary Sonatest ActiveEdge® pulser technology. Thanks to its Linux® 64-bit operating system and its fast 128GB SSD memory capacity, data file size is not a concern for VEO+. Data compression is yet another feature allowing one to record huge amount of information in more manageable data file size.
Veo+ Accessories
Carry Strap
Storm Case
Window Protector
Lithium Battery
Power Supply (LEMO)
1 Bay Battery Charger
2 Bay Battery Charger
32:32 Y-Splitter I-PEX:I-PEX
64:64 Y-Splitter I-PEX:I-PEX
Omniscan Adaptor
Encoder to MX2 Adaptor
Adaptor GE:I-PEX
Micro 8Gb USB SDC233-008G-B35
Compact USB Wi-Fi Router
Waterproof Mouse
Waterproof Keyboard
Portable hand spray - 7 litres
These performances come from an impressive 32 channel PA beamformer providing exceptional SNR, enhanced digital signal processing and the legendary Sonatest ActiveEdge® pulser technology. Thanks to its Linux® 64-bit operating system and its fast 128GB SSD memory capacity, data file size is not a concern for VEO+. Data compression is yet another feature allowing one to record huge amount of information in more manageable data file size.
Veo+ Accessories
Carry Strap
Storm Case
Window Protector
Lithium Battery
Power Supply (LEMO)
1 Bay Battery Charger
2 Bay Battery Charger
32:32 Y-Splitter I-PEX:I-PEX
64:64 Y-Splitter I-PEX:I-PEX
Omniscan Adaptor
Encoder to MX2 Adaptor
Adaptor GE:I-PEX
Micro 8Gb USB SDC233-008G-B35
Compact USB Wi-Fi Router
Waterproof Mouse
Waterproof Keyboard
Portable hand spray - 7 litres
