Technology Design

Sort By:  
The FocusScan RX II is an advanced portable PAUT acquisition system encompassing Full Matrix Capture (FMC) with full-featured Total Focusing Method (TFM). Retaining the best features of the FocusScan-RX, the FocusScan RX II offers two 64 element IPEX connectors, eight Lemo 00 connectors for ToFD and Pulse echo, two-axis motor drive control, positional encoding, 12” wide-aspect touchscreen, hot swappable batteries, full TDScan software suite and ESBeamTool® included.
$8,790.00
The HandyScan RX is a hand-held multifunction and portable acquisition unit with Phased Array, ToFD, Pulse Echo, Corrosion Mapping and Weld Zone Discrimination capabilities. Born out of the demand for an inexpensive ultrasonic system, the HandyScan RX delivers ultrasonic techniques in a single integrated compact unit.
$7,590.00
TD FocusScan RX II Ultrasonic Flaw Detector - NEW (FocusScan RX II)

The FocusScan RX II is an advanced portable PAUT acquisition system encompassing Full Matrix Capture (FMC) with full-featured Total Focusing Method (TFM).

Retaining the best features of the FocusScan-RX, the FocusScan RX II offers two 64 element IPEX connectors, eight Lemo 00 connectors for ToFD and Pulse echo, two-axis motor drive control, positional encoding, 12” wide-aspect touchscreen, hot swappable batteries, full TDScan software suite and ESBeamTool® included.


Features

Powerful Analysis and Reporting Functions
On-Board 2-axis Motor Control Drive Unit
Import Setups from ESBeamTool®
User Replaceable Batteries (hot swappable)
Up to 64/128PR Phased Array
Two 64 element IPEX Phased Array Connectors
2D Matrix and Dual Linear Array support
8 Independent Conventional Ultrasonic Channels
2 Axis Encoding, video tracking
Simultaneous PA,ToFD and/or PE acquisition
FMC/TFM
Multi-channel/group data acquisition
128GB SSD Storage

Applications

Pressure Vessels
Pipeline Girth Welds
Composites
Structural Welds
Forgings & Castings
Turbine Disks & Blades
Aircraft Components
Hydrogen Damage Surveys
Corrosion Surveys
HTHA Surveys
General Flaw Detection

Techniques

Phased Array
FMC/TFM
TOFD
Pulse Echo
Corrosion Mapping
Weld Zone Discrimination

Software

Phased Array/TFM
TOFD
Pulse Echo
AWS
Strip-Scan
Long Range (Creeping Head Inspection Method corrosion detection)
TD Super-View
ESBeamTool® included


HARDWARE

System Options
16/128PR 16 Active, 128 Elements, 8 Conventional
32/128PR 32 Active, 128 Elements, 8 Conventional
64/128PR 64 Active, 128 Elements, 8 Conventional
General
Number of Active Channels Up to 128
Number Of Focal Laws Up to 890
Dynamic Depth Focusing Yes
Digitisation
A/D Sampling Frequency Phased Array = 8Bit & 14Bit
 Conventional = 8Bit & 14Bit
System Bandwidth(-3dB) Phased Array = 0.25MHz to 25MHz
 Conventional = 0.25MHz to 25MHz
Max Pulse Repetition Frequency Variable up to 5KHz
Pulser
Pulser Delays 0μs to 20μs in 2.5ns steps
Output Impedance 6 Ohms
HT Pulse Shape Square wave
HT Pulse Voltage Phased Array = 5 to 190V in 1V Steps
 Conventional = 5 to 190V in 1V steps
HT Pulse Width Range 20ns to 500ns in 2.5ns steps
Rise/fall time < 5ns
Receiver
Receiver Delays 0μs to 20μs in 1ns steps
Gain Range 0 to 100dB in 0.1dB steps
Input Impedance 50 Ohms
Dynamic Depth Focusing
Operation Dynamically optimises receive focus delays
Range Of Operation User specified depth/range in mm or μs
Performance 100MHz real-time
Receiver TCG Curves
Number of Curves Conventional - 1 per channel
 Phased Array - 1 per Focal Law
A-Scan Digitizing
A-Scan Points Per Channel 8000 samples per channel
Number Of Gates Per Channel 3 overlapping hardware Gates
Gate Start/Width User definable in 40ns steps
Gate Reference Points Transmit Pulse or Material Interface Echo
Storage Modes Per Gate A-Scans, Peak Depth and Amplitude, Both

Signal Averaging
Number Of Channels All (128 software channels)
Averaging Rates Real-time averaging 2 - 256, user definable
Peak Processing
Peak Storage Modes All Peaks, First Peak, Largest Peak/s,
 Loss of Signal, Between peaks
Threshold Setup 5 to 100% in 1% steps per hardware Gate
Number Of Peaks Per Gate 16 max
FMC/TFM
Data Acquisition mode Full matrix capture, Half matrix capture, Custom
Wave Propagation Any combination of T & L
Amplitude Fidelity Yes
Encoded TFM Yes
TFM Data Saving Yes
TFM Modes Conventional, PWI, Virtual Source (Swept, Linear)
Scanner Interface Ports
Input Type Encoder, Video Camera
Number of Axis 2 Axis
Encoder Interface TTL compatible, 5V @ 1A, 12V @ 0.4A
Video Input 1Vpp Composite
Motor Drive 2 Axis (24v, 5 Amps)
PC (Internal)
Operating System Windows® 10
3rd Party Software ESBeamTool® (Eclipse Scientific)
Processor Intel Atom E3845
Memory 4GB
Display Colour TFT (industrial type) 12.1”
Display Resolution 1280 x 800 (Sunlight Readable Screen)
Storage 128GB SSD
Ports 3 x USB 2.0
 1 x 10/100/1000 Ethernet,
 GPIO
1 x Video
Size, Weight and Environmental
Unit Dimensions 370 x 294 x 114 (WxHxD)
Weight 7.3kg (1 Battery)
Rating Designed to IP66
Temperature -10ºC to 40ºC operating / -25ºC to 85ºC storage
Power Requirements
Batteries 2 x Hot Swappable
DC Input 19V
AC Input 90 to 260VAC @ 40Hz to 60Hz

SOFTWARE


General Features
• Simultaneous Phased Array, TOFD, Pulse Echo and FMC/TFM data collection
• Operator definable weld geometry overlays
• Real-time A, B, C and D-Scan images, with user defined display modes
• On-Board report generation including interactive print-preview & user-definable
report fields
• Full cursor analysis indicating peak depth, amplitude and x,y position
• Export Bitmap images to any Windows® application
• 8 or 14 bit Data acquiistion for Phased array, TOFD and Pulse Echo
• Import ESBeamTool® setups
Phased Array
• User configurable control of beam angle, focal distance and spot size
• Linear, Sectorial, Linear spread (Simple & Compound) and Single beam scans
• Dynamic Depth Focusing (DDF) provides a user-definable focal range
• Supports Linear, Dual Linear, 2D Matrix and Dual Matrix probe/wedge geometries
• Amplitude correction across sectorial scan angles or fixed angle focal laws
• Skip Correction provides correct depth/range relationship for multiple legs 
FMC/TFM
• Integrated with TDScan
• Envelope processing
• Multi-channel/group data acquisition
• Multi-mode data processing (Conventional, PWI, Virtual Source Swept & Linear)
• Amplitude fidelity configurator

 ToFD
• Perform multi-channel TOFD, Phased Array, FMC/TFM and Pulse Echo
inspections simultaneously
• Full suite of image analysis tools for defect/crack sizing
• Real-time multi-channel averaging significantly improves signal quality
• Linearisation, Straightening, SAFT, Parabolic cursors
• File utilities include file join/split, reverse, save partial, output data
to text file etc
 Pulse Echo
• Independent control of transmit and receive parameters
• C-scan with end/side views for corrosion mapping
• Trigger reference modes including Interface Echo or Tx Pulse
• Multiple peak data storage modes, including full/selective A-Scan storage
 Weld Zone Discrimination
• Combined TOFD, Time/Amplitude view, Map, Couplant Check, Go/No-Go and
Weld overlay views in a single pass
• Inspection data displayed as strip-charts indicating weld zones
• Integrated TOFD analysis
• Automated report generator with acceptance configurator

The FocusScan RX II is an advanced portable PAUT acquisition system encompassing Full Matrix Capture (FMC) with full-featured Total Focusing Method (TFM). Retaining the best features of the FocusScan-RX, the FocusScan RX II offers two 64 element IPEX connectors, eight Lemo 00 connectors for ToFD and Pulse echo, two-axis motor drive control, positional encoding, 12” wide-aspect touchscreen, hot swappable batteries, full TDScan software suite and ESBeamTool® included.
$8,790.00
TD HandyScan RX Ultrasonic Inspection Machine - NEW (HandyScan RX)
The HandyScan RX is a hand-held multifunction and portable acquisition unit with Phased Array, ToFD, Pulse Echo, Corrosion Mapping and Weld Zone Discrimination capabilities. Born out of the demand for an inexpensive ultrasonic system, the HandyScan RX delivers ultrasonic techniques in a single integrated compact unit.

Features

Highly Portable
Sunlight Readable Screen
Extensive Analysis Tools
Powerful Reporting Functions
Removable Battery
2 Axis Encoder; Video tracking
Import setups from ESBeamTool®
x 8 Conventional Channels
32/64 Phased Array
Simultaneous PA, ToFD and/or PE data collection
128GB SSD storage

Applications

Pressure Vessel Welds
Pipeline Welds
Corrosion Surveys
Turbine Disks & Blades
Complex Geometries
Forgings & Castings
Aircraft Components
Hydrogen Damage Surveys

Techniques

Phased Array
ToFD
Pulse Echo
Corrosion Mapping
Weld Zone Discrimination

Software

• Phased Array/Pulse Echo
• TOFD
• Strip-Scan (AUT)
• Long Range (Creep Wave & Corrosion Mapping)
• TD Super-View
• ESBeamTool

HARDWARE

System Options
32/64 32 Active, 64 Elements, 8 Conventional
16/64 16 Active, 64 Elements, 4 Conventional
 General
Number Of Focal Laws 1700 max
Dynamic Depth Focusing Yes
 Digitisation
A/D Sampling Frequency Phased Array = 8Bit & 14Bit @ 100MHz
Conventional = 8Bit & 14Bit @ 100MHz
System Bandwidth(-3dB) Phased Array = 0.75MHz to 25MHz
Conventional = 0.75MHz to 25MHz
Max Pulse Repetition Frequency Variable up to 5KHz
 Pulser
Number of Pulsers 16/32/64
Number of Active Pulsers 1 to 32
Pulser Delays 0μs to 20μs in 2.5ns steps
Output Impedance 6 Ohms
HT Pulse Shape Square wave
HT Pulse Voltage Phased Array = 5 to 190V in 1V Steps
Conventional = 5 to 190V in 1V steps
HT Pulse Width Range 20ns to 500ns in 2.5ns steps
Rise/fall time < 5ns
 Receiver
Number of Receivers 16/32/64
Number of Active Receivers 1 to 32
Receiver Delays 0μs to 20μs in 1ns steps
Gain Range P/E=0 to 90dB in 0.1dB steps
P/A=0 to 72dB in 0.1dB steps
Input Noise Level 2.5nV/(Hz) 1/2 across full sytem bandwidth
Input Impedance 50 Ohms
 Dynamic Depth Focusing
Operation Dynamically optimises receive focus delays
Range Of Operation User specified depth/range in mm or μs
Performance 100MHz real-time
 Receiver DAC Curves
Number of Curves 1 to 8
Rate of Gain Change Up to 40dB/μs

A-Scan Digitising
A-Scan Points Per Channel 8000 samples per channel
Number Of Gates Per Channel 3 overlapping hardware Gates
Gate Start/Width User definable in 40ns steps
Gate Reference Points Transmit Pulse or Material Interface Echo
Storage Modes Per Gate A-Scans, Peak Depth and Amplitude, Both
 Signal Averaging
Number Of Channels All (128 software channels)
Averaging Rates Real-time averaging 2 - 256, user definable
 Peak Processing
Peak Storage Modes All Peaks, First Peak, Largest Peak/s,
 Loss of Signal, Between peaks
Threshold Setup 5 to 100% in 1% steps per hardware Gate
Number Of Peaks Per Gate 16 max
 Scanner Interface Ports
Input Type Encoder, Potentiometer, Video Camera
Number of Axis 2 Axis, TTL compatible
Encoder Interface TTL compatible, 5V @ 1A, 12V @ 0.4A
Potentiometer Interface 0 to 2.5V, sampled at 100Hz
Video Input 1Vpp Composite
 PC (Internal)
Operating System Windows®
3rd Party Software ESBeamTool® (Eclipse Scientific)
Processor Intel®
Memory 2GB
Display Colour TFT (industrial type) 8.4”
TFT Display Resolution 800 x 600 - Sunlight Readable Screen
Storage 128GB SSD
Ports 2 x USB, 1 x 10/100 Ethernet, 1 x Video
 Size, Weight and Environmental
Unit Dimensions 270 x 300 x 110 (WxHxD)
Weight 5kg
Temperature - Operating -10ºC to 40ºC
 - Storage -25ºC to 85ºC (without batteries)
 Power Requirements
Battery Operating Time 4 Hours (approx)
DC Input 19V
AC Input 90 to 260VAC @ 40Hz to 60Hz

SOFTWARE

General Features
• Simultaneous Phased Array, TOFD, Pulse Echo data collection
• Operator definable weld geometry overlays
• Real-time A, B, C and D-Scan images, with user defined display modes
• Internal report generation including interactive print-preview and user-definable
report fields
• Full cursor analysis indicating peak depth, amplitude and x,y position
• Export Bitmap images to any Windows® application
• 8 or 14 bit Data acquiistion for Phased array, TOFD and Pulse Echo
• Import ESBeamTool® setups
Phased Array
• User configurable control of beam angle, focal distance and spot size
• Fixed-angle electronic or sectorial scans
• Dynamic Depth Focusing (DDF) provides a user-definable focal range
• 2000 Focal Laws
• Supports Linear probe/wedge geometry
• Normalisation of amplitude across sectorial scan angles or fixed angle focal laws
• Beam Apodisation
• Skip Correction provides correct depth/range relationship for multiple legs

 ToFD
• Perform multi-channel TOFD and Pulse Echo inspections simultaneously
• Full suite of image analysis tools for defect/crack sizing
• Real-time multi-channel averaging significantly improves signal quality
• Linearisation, Straightening, Synthetic-Aperture-Focusing-Technique (SAFT)
• File utilities include file join/split, reverse, save partial, output data to text file
 Pulse Echo
• Independent control of transmit and receive parameters
• C-scan with end views for corrosion mapping
• Trigger reference modes including Interface Echo or Tx Pulse
• Multiple peak data storage modes, including full/selective A-Scan storage
 Weld Zone Discrimination
• Combined TOFD, Time/Amplitude view, Map View, Couplant Check & Go/No-Go
and in a single pass
• Inspection data displayed as strip-charts indicating weld zones
• Integrated TOFD analysis
• Automated report generator

The HandyScan RX is a hand-held multifunction and portable acquisition unit with Phased Array, ToFD, Pulse Echo, Corrosion Mapping and Weld Zone Discrimination capabilities. Born out of the demand for an inexpensive ultrasonic system, the HandyScan RX delivers ultrasonic techniques in a single integrated compact unit.
$7,590.00
Per Page      1 - 2 of 2
  • 1
Back to top