Flaw Detector
Flaw detector is a non-destructive testing tool or what is usually called a Non-Destructive Test (NDT). Non Destructive Test (NDT) is a non-destructive test, and how to use it is by using an ultrasonic sensor or sound sensor. The use of this ultrasonic sensor will not damage the material but is only for measurement and some also use magnets for detection.
The prisma ultrasonic flaw detector offers the end user, outstanding performance in the field together with the flexibility and capability to step up from using a high-end ultrasonic flaw detector to an instrument with phased array functionality. Simple controls, superior performance, advanced features and a rugged enclosure deliver simplicity, capability and reliability to the technician’s finger tips. With the best display size and resolution in it’s category, the Prisma provides the end user with an intuitive and workflow driven interface, excellent imaging capability using the Full screen mode allowing 100% of the display to be used for Scan Imaging.
GE/Waygate Technologies Krautkramer DMS Go Ultrasonic Thickness Gauges, a Baker Hughes business product (formerly GE Inspection Technologies), provide accurate, reliable, and comprehensive thickness inspection data in a wide range of applications and environments. The DMS GO features the same hardware and operating platform as the USM Go flaw detector, combining the two to offer a powerful instrument. These Gauges are lightweight, ergonomic, and IP67 rated for operating in harsh environments. The DMS Go is ideal for inspections in oil & gas, power generation, aerospace, and metals industries.
NEW Sonatest Prisma Ultrasonic Flaw Detector (Sonatest Prisma)
Overview
The Prisma ultrasonic flaw detector offers the end user outstanding performance in the field together with the flexibility and capability to step up from using a high-end ultrasonic flaw detector to an instrument with phased array functionality. Simple controls, superior performance, advanced features and a rugged enclosure deliver simplicity, capability and reliability to the technician’s finger tips. With the best display size and resolution in it’s category, the Prisma provides the end user with an intuitive and workflow driven interface, excellent imaging capability using the Full screen mode allowing 100% of the display to be used for Scan Imaging. Take full advantage of the advanced display modes which include smoothing, contouring and averaging all available to enhance your signal quality. The Prisma is designed to meet IP66; which ensures the unit is fully sealed against fine dust and jets of water.
Features
As Simple As You Want
30 second configuration
No Delay - UT to PA - one button away
Configuration and Calibration Wizards
"Parameter Genius" giving you step by step assurance
Minimize training due to the common user interface
UT Studio provides fast & dynamic reporting
As Capable As You Need
UT, TOFD & PA Inspection Modes
Multi-mode validation of inspection
Upgradeable anytime, anywhere!
Unique cursors for precision measurement
Recordability: screen shots, full data recording, fully traceable.
Customizable imaging layout - 29 to choose from.
3 Models Available
Prisma UT
The Prisma UT model is fully loaded, with all the basic and advanced features of the Sonatest flaw detector range. Prisma UT offers damping control to either optimize near surface resolution or energy transmission. The ability to capture screens is standard, combined with automatic reporting capabilities enable reports to be formatted with relative customer information such as logos etc. The most popular flaw sizing techniques such as DAC, AVG/DGS, TGC and AWS are all on-board. Thanks to the on-board B and C-Scan imaging capabilities, the Prisma UT enables field technicians to conduct corrosion and composite inspections, together with comprehensive on-site thickness profiling.
Prisma TOFD
The Prisma TOFD brings to the market a truly portable and powerful TOFD unit. The Prisma offers the best digitizing frequency going up to 200MHz, meaning that high frequency transducers can be used, ensuring the most accurate flaw height sizing possible. With 2 UT channels, the Prisma permits the inspection of thick components in a single pass. This is enhanced by the high voltage square wave pulsers delivering up to 450V, cutting the need for an external pre-amplifier. Prisma TOFD offers the complete hardware configuration to deliver the best performance, but it would be incomplete without the on-board software features such as hyperbolic cursors, lateral wave straightening and lateral wave removal.
Prisma PA
Ultrasonic Phased Array technology has become the established method for advanced NDT testing applications. Phased Array Techniques allow the user to cover a wider volume of inspection; such as being able to cover the complete span of a weld without the need to move or reposition the transducer. This is possible due to phased array enabling beams to be electronically steered. This technique results in comprehensive imaging of the results showing a quasi cross section of the inspected part. With the Prisma PA you can switch easily and quickly between the UT and PA operating modes with a simple press of a button, no data or time is lost. The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection set up and providing an inspection reference for reporting. All adjustments to focal laws are instantaneous. Multiple sectorial scans, true top, side and end view extractions, together with C-Scans, are all supported.
Technical Specifications Prisma Conventional UT
Pulsers
Configuration
2 UT Channels
Test Mode
Pulse-Echo, Transmit/Receive and TOFD
Transducer Socket
LEMO 1 or BNC
Pulse Voltage
-100V to -450V (in steps of 10V)
PRF
1 Hz to 1500 Hz
Pulse Shape
Negative Square Wave (with ActiveEdge)
Pulse Width
Adjustable: Spike to 2000ns (2.5ns resolution)
Edge Time
15 ns in 50 Ω load @ 200V
Output Impedance
5 Ω
Trigger Synchronization
On encoder resolution or internal PRF (both encoded or not)
Focus Delay Range
N/A
Damping Resistor
Selectable 50 Ω or 400 Ω
Receivers
Gain Range
100 dB (0.1 dB steps) Analogue Gain
Max Input Voltage
25 Vp-p
Input Impedance
1 kΩ (pitch and catch)
Bandwidth
200 kHz to 22 MHz (-3 dB)
Analog Filters
4 (automatic or manual)
Digital Filters
10 (automatic or manual)
Rectification
Full wave, positive, negative, none (RF)
Signal Enhancement
Digital filters, Smoothing, Contouring, Rejection, Averaging
Focus Delay Range
N/A
Data Acquisition
Architecture
2 channels, true 200 MHz sampling rate
Digitizer Resolution
12 bit ADC
Amplitude Measurement
[0% to 100%] or [0% to 150%] FSH
Data Processing
16 bit/sample
Data Recording
Full raw data recording (plus sub-sampling options)
File Size
Up to 3 GB
Digitizing Frequency
50 MHz, 100 MHz, 200 MHz
Focal Laws
N/A
Focusing Mode
N/A
Max A-Scan Length
8192 samples
Sub-Sampling
1:1 to 1:28
Reference
Initial Pulse or Gate/IFT supported
Trigger Sync.
Encoder or Internal
Scan & Views
Supported Scans
A-Scan & TOFD
Number of Scans
Up to 2
Views
A, B, C-Scan, Merged & TOFD
Color Maps
Up to 10
Number of Layouts
18
Cursors
Cursor Types
Cartesian, Hyperbolic (TOFD)
Measurements
Path Length, Depth, Surface Distance, DAC, AWS, DGS
DAC & TCG
DAC Points
16
DAC
1 with 3 "sub DACs"
TCG Points
16
Gain Range
60 dB
Max Gain Slope
60 dB/μs
Gates
A-Scan Gates
4 gates per A-Scan
Gate Trigger
Flank/Peak
S/L-Scan
N/A
Alarm LED
2 (sync on all gates & DACs)
Measurements (A-Scan)
Peak & Flank (FSH, dB, Depth, Beam Path Length, Surface Distance), Echo-to-Echo, Floating Gates (reference from IFT)
Interface & Reporting
Integrated Help
Active help & parameter description / Optimization
Remote Connection
Onboard VNC Server and FTP Server (connection through Ethernet protocol)
Wizards
Configuration, Velocity and Zero, Wedge Delay, Sensitivity, TCG, DAC, DGS, Element Activation, Encoder
Languages
Selectable: English, German, French, Spanish, Russian, Chinese, Hungarian, Italian, Portuguese
Report Generation
PDF Report (includes customer logo, scan acoustic parameters, measurements, etc.), PNG screen capture.
PDF Reader
Allows viewing any uploaded PDF file, scan plan, procedures, old reports etc.
Inputs & Outputs
Encoder
1 or 2 axis encoding (quadrature input)
Digital Inputs
2 input lines (5V TTL)
Digital Outputs
4 Output lines (5V TTL, 20mA) for alarm or other external control
Power Output
5V, 350 mA, current limited
Enclosure
Dimensions
205 x 300 x 90mm
Weight
3.5 kg with battery
Display Size
8.4" (diagonal)
Display Resolution
800 x 640 pixels
Display Colors
260k (65535 colors for scan palettes)
Display Type
TFT LCD, 450 Cd/m2, with 2% reflectivity
USB Ports
3 USB Master ports
Ethernet
100 Mbps
Battery & Power Supply
Battery Type
Intelligent Li-ion
Number of Batteries
1
Operation
On battery or on External Power (DC Power Pack)
Battery Replacement
Yes, no tools required
Battery Recharge
Recharge in unit (with unit On or OFF) - External Battery Charger (std) (as per EN16392)
Battery Life
Typical: 7 hours in UT mode, 6 hours in PA mode
Environmental
IP Rating
Designed to meet IP66
Operating Temperature
14°F to 113°F (-10°C to 45°C)
Storage Temperature
-13°F to 140°F (-25°C to 60°C)
Includes:
Dual UT Channels with:
A-Scan Recording
2 Axis Encoding
Interface Triggering
A, B & C-Scan Displays
USB Stick (8GB)
Couplant
User Manual / Quick User Guide
2-point Neck Harness
Lithium-Ion Battery Pack
Power Cord & Power Supply Adaptor
Screen Protector (Anti-Glare)
Transport Case
UTstudio License
Also you can check product : NEW Sonatest WAVE Digital Ultrasonic Flaw Detector
The Prisma ultrasonic flaw detector offers the end user outstanding performance in the field together with the flexibility and capability to step up from using a high-end ultrasonic flaw detector to an instrument with phased array functionality. Simple controls, superior performance, advanced features and a rugged enclosure deliver simplicity, capability and reliability to the technician’s finger tips. With the best display size and resolution in it’s category, the Prisma provides the end user with an intuitive and workflow driven interface, excellent imaging capability using the Full screen mode allowing 100% of the display to be used for Scan Imaging. Take full advantage of the advanced display modes which include smoothing, contouring and averaging all available to enhance your signal quality. The Prisma is designed to meet IP66; which ensures the unit is fully sealed against fine dust and jets of water.
Features
As Simple As You Want
30 second configuration
No Delay - UT to PA - one button away
Configuration and Calibration Wizards
"Parameter Genius" giving you step by step assurance
Minimize training due to the common user interface
UT Studio provides fast & dynamic reporting
As Capable As You Need
UT, TOFD & PA Inspection Modes
Multi-mode validation of inspection
Upgradeable anytime, anywhere!
Unique cursors for precision measurement
Recordability: screen shots, full data recording, fully traceable.
Customizable imaging layout - 29 to choose from.
3 Models Available
Prisma UT
The Prisma UT model is fully loaded, with all the basic and advanced features of the Sonatest flaw detector range. Prisma UT offers damping control to either optimize near surface resolution or energy transmission. The ability to capture screens is standard, combined with automatic reporting capabilities enable reports to be formatted with relative customer information such as logos etc. The most popular flaw sizing techniques such as DAC, AVG/DGS, TGC and AWS are all on-board. Thanks to the on-board B and C-Scan imaging capabilities, the Prisma UT enables field technicians to conduct corrosion and composite inspections, together with comprehensive on-site thickness profiling.
Prisma TOFD
The Prisma TOFD brings to the market a truly portable and powerful TOFD unit. The Prisma offers the best digitizing frequency going up to 200MHz, meaning that high frequency transducers can be used, ensuring the most accurate flaw height sizing possible. With 2 UT channels, the Prisma permits the inspection of thick components in a single pass. This is enhanced by the high voltage square wave pulsers delivering up to 450V, cutting the need for an external pre-amplifier. Prisma TOFD offers the complete hardware configuration to deliver the best performance, but it would be incomplete without the on-board software features such as hyperbolic cursors, lateral wave straightening and lateral wave removal.
Prisma PA
Ultrasonic Phased Array technology has become the established method for advanced NDT testing applications. Phased Array Techniques allow the user to cover a wider volume of inspection; such as being able to cover the complete span of a weld without the need to move or reposition the transducer. This is possible due to phased array enabling beams to be electronically steered. This technique results in comprehensive imaging of the results showing a quasi cross section of the inspected part. With the Prisma PA you can switch easily and quickly between the UT and PA operating modes with a simple press of a button, no data or time is lost. The Inspection Plan shows the operator in 2D and 3D where probes are positioned on the test part, simplifying the inspection set up and providing an inspection reference for reporting. All adjustments to focal laws are instantaneous. Multiple sectorial scans, true top, side and end view extractions, together with C-Scans, are all supported.
Technical Specifications Prisma Conventional UT
Pulsers
Configuration
2 UT Channels
Test Mode
Pulse-Echo, Transmit/Receive and TOFD
Transducer Socket
LEMO 1 or BNC
Pulse Voltage
-100V to -450V (in steps of 10V)
PRF
1 Hz to 1500 Hz
Pulse Shape
Negative Square Wave (with ActiveEdge)
Pulse Width
Adjustable: Spike to 2000ns (2.5ns resolution)
Edge Time
15 ns in 50 Ω load @ 200V
Output Impedance
5 Ω
Trigger Synchronization
On encoder resolution or internal PRF (both encoded or not)
Focus Delay Range
N/A
Damping Resistor
Selectable 50 Ω or 400 Ω
Receivers
Gain Range
100 dB (0.1 dB steps) Analogue Gain
Max Input Voltage
25 Vp-p
Input Impedance
1 kΩ (pitch and catch)
Bandwidth
200 kHz to 22 MHz (-3 dB)
Analog Filters
4 (automatic or manual)
Digital Filters
10 (automatic or manual)
Rectification
Full wave, positive, negative, none (RF)
Signal Enhancement
Digital filters, Smoothing, Contouring, Rejection, Averaging
Focus Delay Range
N/A
Data Acquisition
Architecture
2 channels, true 200 MHz sampling rate
Digitizer Resolution
12 bit ADC
Amplitude Measurement
[0% to 100%] or [0% to 150%] FSH
Data Processing
16 bit/sample
Data Recording
Full raw data recording (plus sub-sampling options)
File Size
Up to 3 GB
Digitizing Frequency
50 MHz, 100 MHz, 200 MHz
Focal Laws
N/A
Focusing Mode
N/A
Max A-Scan Length
8192 samples
Sub-Sampling
1:1 to 1:28
Reference
Initial Pulse or Gate/IFT supported
Trigger Sync.
Encoder or Internal
Scan & Views
Supported Scans
A-Scan & TOFD
Number of Scans
Up to 2
Views
A, B, C-Scan, Merged & TOFD
Color Maps
Up to 10
Number of Layouts
18
Cursors
Cursor Types
Cartesian, Hyperbolic (TOFD)
Measurements
Path Length, Depth, Surface Distance, DAC, AWS, DGS
DAC & TCG
DAC Points
16
DAC
1 with 3 "sub DACs"
TCG Points
16
Gain Range
60 dB
Max Gain Slope
60 dB/μs
Gates
A-Scan Gates
4 gates per A-Scan
Gate Trigger
Flank/Peak
S/L-Scan
N/A
Alarm LED
2 (sync on all gates & DACs)
Measurements (A-Scan)
Peak & Flank (FSH, dB, Depth, Beam Path Length, Surface Distance), Echo-to-Echo, Floating Gates (reference from IFT)
Interface & Reporting
Integrated Help
Active help & parameter description / Optimization
Remote Connection
Onboard VNC Server and FTP Server (connection through Ethernet protocol)
Wizards
Configuration, Velocity and Zero, Wedge Delay, Sensitivity, TCG, DAC, DGS, Element Activation, Encoder
Languages
Selectable: English, German, French, Spanish, Russian, Chinese, Hungarian, Italian, Portuguese
Report Generation
PDF Report (includes customer logo, scan acoustic parameters, measurements, etc.), PNG screen capture.
PDF Reader
Allows viewing any uploaded PDF file, scan plan, procedures, old reports etc.
Inputs & Outputs
Encoder
1 or 2 axis encoding (quadrature input)
Digital Inputs
2 input lines (5V TTL)
Digital Outputs
4 Output lines (5V TTL, 20mA) for alarm or other external control
Power Output
5V, 350 mA, current limited
Enclosure
Dimensions
205 x 300 x 90mm
Weight
3.5 kg with battery
Display Size
8.4" (diagonal)
Display Resolution
800 x 640 pixels
Display Colors
260k (65535 colors for scan palettes)
Display Type
TFT LCD, 450 Cd/m2, with 2% reflectivity
USB Ports
3 USB Master ports
Ethernet
100 Mbps
Battery & Power Supply
Battery Type
Intelligent Li-ion
Number of Batteries
1
Operation
On battery or on External Power (DC Power Pack)
Battery Replacement
Yes, no tools required
Battery Recharge
Recharge in unit (with unit On or OFF) - External Battery Charger (std) (as per EN16392)
Battery Life
Typical: 7 hours in UT mode, 6 hours in PA mode
Environmental
IP Rating
Designed to meet IP66
Operating Temperature
14°F to 113°F (-10°C to 45°C)
Storage Temperature
-13°F to 140°F (-25°C to 60°C)
Includes:
Dual UT Channels with:
A-Scan Recording
2 Axis Encoding
Interface Triggering
A, B & C-Scan Displays
USB Stick (8GB)
Couplant
User Manual / Quick User Guide
2-point Neck Harness
Lithium-Ion Battery Pack
Power Cord & Power Supply Adaptor
Screen Protector (Anti-Glare)
Transport Case
UTstudio License
Also you can check product : NEW Sonatest WAVE Digital Ultrasonic Flaw Detector
The prisma ultrasonic flaw detector offers the end user, outstanding performance in the field together with the flexibility and capability to step up from using a high-end ultrasonic flaw detector to an instrument with phased array functionality. Simple controls, superior performance, advanced features and a rugged enclosure deliver simplicity, capability and reliability to the technician’s finger tips. With the best display size and resolution in it’s category, the Prisma provides the end user with an intuitive and workflow driven interface, excellent imaging capability using the Full screen mode allowing 100% of the display to be used for Scan Imaging.
USED GE Inspection USM / DMS Go Plus Ultrasonic Flaw Detector - Calibrated ( USM / DMS Go Plus)
GE/Waygate Technologies Krautkramer DMS Go Plus Ultrasonic Thickness Gauges, a Baker Hughes business product (formerly GE Inspection Technologies), provide accurate, reliable, and comprehensive thickness inspection data in a wide range of applications and environments. The DMS GO features the same hardware and operating platform as the USM Go flaw detector, combining the two to offer a powerful instrument. These Gauges are lightweight, ergonomic, and IP67 rated for operating in harsh environments. The DMS Go is ideal for inspections in oil & gas, power generation, aerospace, and metals industries.
The DMS Go includes automatic gain control for repeatability and corrosion monitoring, and built-in temperature compensation for accurate measurement up to 1000°F. An on-board data recorder can hold thousands of thickness readings including A-scan, B-scan, and MicroGrid attachments, which can be exported to user data management systems in various file formats. Three models are available to best suit a wide variety of inspection needs.
SPECS :
Display
5 inch, 800 × 480 pixels, 108 × 65 mm (W x H), > 200 cd/m2
Size (W x H x D)
175 × 111 × 50 mm (W × H × D)
Weight
850 g with battery
Protection
class IP 67
Operating temperature
0 – 55 °C
Battery
Li-Ion, rechargeable, > 8 hours operation time
Power adapter / charger
100 – 240 V AC, 50/60 Hz
Probe connector
Dual Lemo-00 (T/R)
PC interface
Micro USB
Memory card
SD-Card 16 GB max
Datarecorder
100.000 readings per file. Multiple files can be stored on SD card 8 file formats, Attachment of A-Scan, B-Scan and micro grid
Pulser
120 – 250 V, Spike wave, Automatically matched to probe
Puls Repetition Frequency
4, 8 or 16 Hz selectable
Receiver
110 dB dynamic, automatic gain control, Manual –high, -low, -auto
Measurement range
0,4 – 14.000 m/s (0.01 – 551 “)
Units
mm, inch, µs
Digital Display resolution
0,01 mm or 0,1 mm (0.001” or 0.01”) selectable
Measurement techniques
Zero crossing, IP to 1st echo, multi echo, TopCoat, Auto-V
Calibration
One-point, Two-point; Auto or Manual On-block and Off-block Zero; Automatic V-Path correction
Display mode
Thickness and A-Scan, Temperature corrected thickness, B-Scan, Min/Max capture, Differential
Compliance
EN 61010,EN 61326-1, EN 12668, ASTM E 1324, E317, ANSI/NCSL Z 540-1-1994 MIL-STD 45662A, MIL-STD 2154, EN 15317 2154, EN 15317
Includes :
(1) Lithium Ion "on-board" rechargeable battery
(1) Battery charger /AC power supply
(1) LCD screen protectors (10-pack)
(1) SD card (8GB)
(1) Transport case
(1) Hand strap
(1) Quick reference card
(1) Operating manual on CD
(1) Certificate of conformity
(1) Certificate Of Calbration
(1) Couplant sample
(1) DA501 Probe, 5MHz, .475" contact dia. (0500495)
(1) KBA533 Probe Cable (118-140-054)
Also you can check product : USED GE Inspection Technologies USN 60 Ultrasonic Flaw Detector - Calibrated
The DMS Go includes automatic gain control for repeatability and corrosion monitoring, and built-in temperature compensation for accurate measurement up to 1000°F. An on-board data recorder can hold thousands of thickness readings including A-scan, B-scan, and MicroGrid attachments, which can be exported to user data management systems in various file formats. Three models are available to best suit a wide variety of inspection needs.
SPECS :
Display
5 inch, 800 × 480 pixels, 108 × 65 mm (W x H), > 200 cd/m2
Size (W x H x D)
175 × 111 × 50 mm (W × H × D)
Weight
850 g with battery
Protection
class IP 67
Operating temperature
0 – 55 °C
Battery
Li-Ion, rechargeable, > 8 hours operation time
Power adapter / charger
100 – 240 V AC, 50/60 Hz
Probe connector
Dual Lemo-00 (T/R)
PC interface
Micro USB
Memory card
SD-Card 16 GB max
Datarecorder
100.000 readings per file. Multiple files can be stored on SD card 8 file formats, Attachment of A-Scan, B-Scan and micro grid
Pulser
120 – 250 V, Spike wave, Automatically matched to probe
Puls Repetition Frequency
4, 8 or 16 Hz selectable
Receiver
110 dB dynamic, automatic gain control, Manual –high, -low, -auto
Measurement range
0,4 – 14.000 m/s (0.01 – 551 “)
Units
mm, inch, µs
Digital Display resolution
0,01 mm or 0,1 mm (0.001” or 0.01”) selectable
Measurement techniques
Zero crossing, IP to 1st echo, multi echo, TopCoat, Auto-V
Calibration
One-point, Two-point; Auto or Manual On-block and Off-block Zero; Automatic V-Path correction
Display mode
Thickness and A-Scan, Temperature corrected thickness, B-Scan, Min/Max capture, Differential
Compliance
EN 61010,EN 61326-1, EN 12668, ASTM E 1324, E317, ANSI/NCSL Z 540-1-1994 MIL-STD 45662A, MIL-STD 2154, EN 15317 2154, EN 15317
Includes :
(1) Lithium Ion "on-board" rechargeable battery
(1) Battery charger /AC power supply
(1) LCD screen protectors (10-pack)
(1) SD card (8GB)
(1) Transport case
(1) Hand strap
(1) Quick reference card
(1) Operating manual on CD
(1) Certificate of conformity
(1) Certificate Of Calbration
(1) Couplant sample
(1) DA501 Probe, 5MHz, .475" contact dia. (0500495)
(1) KBA533 Probe Cable (118-140-054)
Also you can check product : USED GE Inspection Technologies USN 60 Ultrasonic Flaw Detector - Calibrated
GE/Waygate Technologies Krautkramer DMS Go Ultrasonic Thickness Gauges, a Baker Hughes business product (formerly GE Inspection Technologies), provide accurate, reliable, and comprehensive thickness inspection data in a wide range of applications and environments. The DMS GO features the same hardware and operating platform as the USM Go flaw detector, combining the two to offer a powerful instrument. These Gauges are lightweight, ergonomic, and IP67 rated for operating in harsh environments. The DMS Go is ideal for inspections in oil & gas, power generation, aerospace, and metals industries.
