Testing Services
NDT Systems & Instruments
Tecnatom offers comprehensive solutions with the aim of verifying the efficiency of the systems, equipment and components which can be found in the energy sector.
Online monitoring of equipment significantly reduces the workload during testing, improving maintenance tasks and optimising the general efficiency and reliability of the plant as a whole.
This provides an added value for energy companies, not only in terms of production processes, but also in safety and cost saving.
We have a wide range of services that include:
We also provide a range of Tecnatom-developed NDT systems.
Motorised, pneumatic and check valve diagnosis.
HVAC (air treatment) system testing, including on site and laboratory tests.
Instrument electrical tests.
Pressure rating check of the safety valves.
Inspection and testing of supports and shock-absorbers.
Solutions
We provide a range of innovative and reliable Tecnatom-designed systems for Non-Destructive Testing that offer:
Innovative, state of the art systems
Robust industrial components
Tecnatom Phased array technology
Excellent global customer support
NDT Systems
TAURUS
Taurus is the leading automated NDT system using industrial robot manipulators. For manufacturers that need to perform quality inspections on their complex composite or metallic parts, reliably and at high production rates, Taurus is the answer.
With its modular design, its standardized tool interface and ease of upgrade, Taurus systems are used around the world for all types of materials and part geometries, using a wide range of inspection methods.
Benefits
Productive
- SONIA UT electronics platform
- Robust Industrial Components
- More than 40 references in 16 countries
- World-wide support network
Integrated
- Integrated software suite for the complete process
- Seamless compatibility of all components
- Tecnatom propietary UT system
- Connection to factory MES and databases
Flexible
- Wide range of inspection tools for all types of inspections
- Standard tool interface provides easy future upgrades
- Auxiliar axes (linear axes, turntable, rollers, etc)
- Scalable solution to any part for any inspection
- Supported by continuous innovations
Multiple NDT Methods
- Water Jet, Local Immersion, Total Immersion and Air-Coupled UT
- Eddy current
- Shearography
- Thermography
- Laser scanning metrology
- Structured light scanning
- Digital X-ray
BACUS
BACUS is an automated tank for the immersion inspection of a wide variety of aerospace and industrial components including metallic and composite components like bars, billets or plates. It consists of a tank and gantry with a manipulator and optional component turntable or rotators (up to 8 automated axes configurable). Scan routines can range from simple 2D to 3D complex trajectories.
BACUS is suited for both through transmission and pulse-echo techniques with conventional or phased array electronics. Based on Tecnatom proprietary technology it enables a seamless and efficient inspection process. In short, BACUS means productive and reliable immersion inspections.
Benefits
Productive
- High-performance Tecnatom SONIA UT electronics
- Phased Array and Multichannel inspection
- Powerful Tecnatom software evaluation tools
- Low Maintenance
- Remote and local support
Integrated
- Integrated Tecnatom software suite for the complete inspection process
- Seamless compatibility of all components
- Connection to factory MES and databases
Flexible
- Wide variety of inspected components such as engine disks, turbine shafts, stiffeners, plates, billets, composites or bearings
- Up to 8 automated axis: 3 linear, 3 for manipulator, and 2 for component rotation (turntable or rollers)
- 2.5D & 3D inspection with CAD file import featuring ample range of frequencies including HF
- Design customizable to customer specification
Reliable
- High quality industrial components of renowned suppliers
- Heavy-duty proven system
- TECNATOM proprietary technology
- High mechanical repeatability
- More than 20 references worldwide
iNLINE
When you need an inspection system that runs at the speed of your production line, the Tecnatom iNLINE systems provide a full-body solution for various types of Phased Array UT, Eddy current or Laser scanning inspections.
WiiPA
WiiPA provides a powerful and flexible system for manual inspections of complex components. The manual NDT platform combines the power of SONIA Phased Array UT with the flexibility of motion capture technology for probe tracking. WiiPA is ideal for any type of flat, curved or otherwise complex part that requires a traceable scan record. WiiPA puts quality control at your fingertips.
Benefits
Fast inspection
- Easy Set-up and Calibration
- SONIA Phased Array electronics
- Motion Capture for Accurate Probe tracking
User friendly
- Pre-configuration of the Complete Process
- Absolute freedom of movement in 3D
- Scanning works like using a paintbrush (touching up of uncovered spots “on the go”)
- Realtime visualization of the complete C-scan through Augmented Reality
Flexible
- No mechanical encoders
- No limit to cell size or complex part geometry
- Multi-probe system
- Fixed installation or portable system
- Available for other NDT methods
Complete reporting
- Traceable C-scan register
- Full compliance with industry standards
- Connection to factory MES
NDT Instruments
ETbox2i
ETbox2i is a digital multi-channel and multi-frequency portable Eddy current instrument for inspection of components in the electricity generation, nuclear and industrial sectors. It supports standard Eddy current (ET) and remote field (RFT) tubing probes and surface scanning arrays. TEDDY software available for acquisition and analysis. Now you have the power of a high-end instrument in a compact lightweight package.
- Multi-channel and multi-frequency capabilities. Up to 128 channels.
- Configurable with different probes: Bobbin, RFT, Surface Probe, or Multi-coil/Array probes with multiplexer options
Multiplexed and simultaneous injection modes.
Wide frequency range of 10 Hz to 5 MHz. Independent channel gain control. Hardware null and reference probe simulation.
100% digital signal processing on board. FIR filters and signaldetection threshold.
Low power consumption. Single board. High immunity against EMC noise.
On board 100/1000 Ethernet FPGA controller. No need ofembedded PCs.
Easy to transport. Reduced Weight.
Full compatible with TEDDY software running under Windows.Advanced acquisition and analysis software for tubinginspection and surfaces.
Data display in real time: Strip-chart, Lissajous, C-Scan, and 3Dviews.
User definable screens.
Configuration and calibration of instrument. Digital filters.
Integration with mechanical systems.
Teddy Software
Teddy software includes a full suite of applications for advanced acquisition andanalysis for both tubing inspection and other components of the industry. TEDDY software is Windows XP/7 compatible. Alternatively drivers software andsupport documentation are available for customizable user applications withETbox instruments.
- Technical Specifications -
GENERAL
EMITTERS
Number
2
Voltage
0 – 24Vpp, 1V step
Modes
Multiplexed and Simultaneous Injection
Frequency Range
10Hz to 5MHz.
RECEIVER
Number
2
Bandwidth
10Hz to 5MHz.
Gain range
0 to 40dB, 1 dB steps (Analog gain)
Algorithms
Hardware Null
Reference coil simulation
DIGITAL FUNCTIONS
A/D sampling rate
40 MSPS, 14 bits (internal processing @16 bits)
Acquisition rate
Up to 50000 acq/second
Synchronism
Internal Clock, External Digital Input, Encoder
Frequency Filters
Digital programmable FIR type,
Real Time Defect Recognition
Threshold detection
Tube-Air detection
OTHERS
ET connector
Lemo ECG.3B.318.CLN
Digital I/O
4 inputs, 4 output Isolated (TTL/ Differential)
Analog I/O
2 inputs Isolated, 2 Output Isolated. ±10V 20KHz Bandwidth
Encoder
6 encoders Isolated. TTL / Differential.
Incremental or Pulse Type.
Ethernet port
100/1000 BaseT
Dimensions
183 x 115 x 64 mm (DxWxH).
Power
100-240 Vac, 50-60Hz (20W)
ETbox2iR: 24 Vdc, 1 A max
ETbox8i
ETbox8i is a digital multi-channel and multi-frequency Eddy current instrument for inspectionof components in the electricity generation, nuclear and industrial sectors. It supportsstandard Eddy current (ET) and remote field (RFT) tubing probes and surfacescanning arrays. TEDDY software available for acquisition and analysis.
- Multi-channel and multi-frequency capabilities. Up to 512channels.
- Configurable with different probes: Bobbin, MRPC, Multi-coil& Array for tubing inspection and surfaces inspection based onMulti-coil or Array probes. Multiplexer options.
- Multiplexed and simultaneous injection modes.
- Wide frequency range of 10 Hz to 5 MHz. Independent channelgain control. Hardware null and reference probe simulation.
- 100% digital signal processing on board. FIR filters and signaldetection threshold.
- No ventilation fans needed, low power consumption.
- High immunity against EMC noises. Single board. No wires.
- On board 100/1000 Ethernet FPGA controller. No need ofembedded PCs.
- Easy to transport. Reduced Weight.
- Full compatible with TEDDY software running under Windows.Advanced acquisition and analysis software for tubinginspection and surfaces.
- Data display in real time: Strip-chart, Lissajous, C-Scan, and 3Dviews.
- User definable screens.
- Configuration and calibration of instrument. Digital filters.
- Integration with mechanical systems.
Teddy Software
Teddy software includes a full suite of applications for advanced acquisition andanalysis for both tubing inspection and other components of the industry. TEDDY software is Windows XP/7 compatible. Alternatively drivers software andsupport documentation are available for customizable user applications withETbox instruments.
- Technical Specifications -
GENERAL
16 time-slots up to 64 frequencies
Multiplexed mode: 128
Simultaneous mode: 32
Mix mode: 512
ECT (Eddy Current), ECA (Array), RFT (Remote Field)
EMITTERS
Number
4
Voltage
0 – 24Vpp, 1V step
Modes
Multiplexed and Simultaneous Injection
Frequency Range
10Hz to 5MHz.
RECEIVER
Number
8
Bandwidth
10Hz to 5MHz.
Gain range
0 to 40dB, 1 dB steps (Analog gain)
Algorithms
Hardware Null
Reference coil simulation
DIGITAL FUNCTIONS
A/D sampling rate
40 MSPS, 14 bits (internal processing @16 bits)
Acquisition rate
Up to 50000 acq/second
Synchronism
Internal Clock, External Digital Input, Encoder
Frequency Filters
Digital programmable FIR type,
Real Time Defect Recognition
Threshold detection
Tube-Air detection
OTHERS
ET connector
Amphenol MS3470L20-41S
Digital I/O
4 inputs, 4 output Isolated (TTL/ Differential)
Analog I/O
2 inputs Isolated, 2 Output Isolated. ±10V 20KHz Bandwidth
Encoder
6 encoders Isolated. TTL / Differential.
Incremental or Pulse Type.
Ethernet port
100/1000 BaseT
Dimensions
250 x 300 x 270 mm (DxWxH).
Power
100-240 Vac, 50-60Hz (100W)
ETboxMB
ETbox MB is a portable Eddy current instrument with multi-channel and multi frequency capability for flaw detection, conductivity and thickness measurement.
ETboxMB is available in several models connectable to Tablet with windows by wifi or USB to meet the widest range of inspection needs.
- Up to 4 real-time channels.
- 10Hz to 10MHz frequency range.
- Probes supported: Standard EC, Conductivity, Rotary scanner, ECA.
- Automatic internal balancing (hardware null).
- Improved filters for rotary scanner mode.
- Probe and I/O connector.
- WiFi or USB connection.
- SW running display in Tablet or laptop.
- Very intuitive user interface (several languages).
- Full-screen option in any display mode. (Lissajous, Stripchart, Stripchart-Lissajous, Waterfall, Cscan and 3D View).
- One click report generation (photos and screen captures).
- Customizable reports with templates.
- Lightweight: less than 1 kg (including battery).
- Long battery life(upto10hours).
Teddy Software
Teddy software includes a full suite of applications for advanced acquisition andanalysis for both tubing inspection and other components of the industry.
TEDDY software is Windows XP/7 compatible. Alternatively drivers software andsupport documentation are available for customizable user applications withETbox instruments.
- Technical Specifications -
GENERAL
4 time-slots up to 4 frequencies Multiplexed mode: 4 Simultaneous mode: 4
ECT (Eddy Current), ECA (Array), Conductivity & Thickness, Rotating Bolthole
Battery Life
Up to 10 hours
Portability
Tablet or laptop with ultra-friendly user interface Software available.
EMITTERS
Number
1
Voltage
0 – 16Vpp, 1V step
Modes
Multiplexed and Simultaneous Injection
Frequency Range
10Hz to 5MHz.
RECEIVER
Number
1
Bandwidth
10Hz to 5MHz.
Gain range
0 to 90dB, 0.1dB steps, H component
0 to 90dB, 0.1dB steps, V component
Algorithms
Hardware Null
DIGITAL FUNCTIONS
A/D sampling rate
40 MSPS, 16 bits
Acquisition rate
Up to 10000 acq/second
Synchronism
Internal Clock, External Digital Input, Encoder
Frequency Filters
Digital programmable FIR type, High pass, Band pass and Low Pass
Real Time Defect Recognition
Rectangular, Circular, Polar, Threshold.
Probe Recognition
Auto probe and configuration recognition
Reports
One click report generation (photos and screenshots).
OTHERS
ET connector
Lemo EEG.2K.318.CLN
Digital I/O
4 inputs, 4 output Isolated (TTL/ Differential)
Analog I/O
2 inputs Isolated, 2 Output Isolated. ±10V 20KHz Bandwidth
Encoder
2 encoders Isolated. TTL / Differential. Incremental or Pulse Type.
Ethernet port
Wifi 802.11 b,g & USB 2.0
Dimensions
112 x 131 x 59 mm (DxWxH).
Power
Internal Battery or External Power Supply
Sonia White
Sonia White is a phased-array ultrasonic module compatible with SONIA architecture. This module has 32×128 (multiplexed) UT channels with high performance in analog electronics and in digital signal processing.
- 32×128 UT channels, multiplexed (32 receivers, 128 pulsers).
- Separated TX/RX for pulse-echo, through transmission and tandem applications.
- Apertures from 1 to 32 elements.
- Bandwidth from 0.45 to 28MHz (probes from 0.5 to 20MHz).
- Negative square wave pulser, up to -100 V.
- High digital signal processing capabilities (DDF, digital filters, gates, signal types, etc…).
- Small size that permits to minimize the length of the transducers cables, digitizing the UT signal very close to the transducers. This implies lower UT signal distortion, attenuation and noise.
- Replace the analog communication lines by digital ones, immune to electromagnetic interferences (fiber optic), which means no signal distortion and/or noise in the transmitted signals and performance independent of installation layout.
- Low power consumption. Rugged enclosure , protection degree IP54.
- Small size that permits to minimize the length of the transducers cables, digitizing the UT signal very close to the transducers. This implies lower UT signal distortion, attenuation and noise.
- Replace the analog communication lines by digital ones, immune to electromagnetic interferences (fiber optic), which means no signal distortion and/or noise in the transmitted signals and performance independent of installation layout.
- Low power consumption. Rugged enclosure , protection degree IP54
- Technical Specifications -
GENERAL
Electronics
Electronics
UT channels
32×128 multiplexed channels (TX/RX separated)
UT techniques
Pulse-echo, through-transmission, tandem
PULSER
Type
Negative square wave
Voltage
-15 to -100 V, 1V steps
Width
20 to 1000 ns, 2.0 ns steps
Maximum PRF
20 KHz
Fall time
<6 ns
Impedance
<15 Ω
RECEIVER
Input range
0.8 Vpp
Bandwidth
0.45 to 28MHz @-3dB
Gain range
0 to 80dB, 0.1 dB steps (analog gain) 0 to 40dB, 0.1 dB steps (digital gain)
TGC
60 dB maximum range, 16 points, 16 ms extent, 32 ns resolution, 40dB/us slope
BEAM FORMER
Focal laws
Up to 4096, 128 scans.
Electronic Scan types
Linear, sectorial, complex
Focusing
Dynamic Depth Focusing (DDF)
DIGITAL FUNCTIONS
A/D sampling rate
125 MSPS, 12 bits (internal processing @18 bits) Sampling decimation factor: 1 to 16
Gates
4 gates, max + 8 first echoes per gate. 1 gate for interface echo synchronization
Signal modes
RF, True Envelope, Rectified (full, +/-), Logarithmic (digital)
Frequency Filters
Digital programmable IIR type, low-pass, high-pass, band-pass.
Noise reduction filters
Averaging
Anti-impulsive noise
Post-Rect smoothing filter
0 to 100% smoothing level control
Other digital functions
Real time alarms associated to echoes in gates.
Signal inversion.
Signal compression factor up to 64.
OTHERS
UT connectors
I-PEX Minidock
General I/O
4 digital inputs, 2 digital output (up to 24 V) optocoupled
Fiber optic port
LC-Duplex optical connector (1 Gbit full-duplex)
Dimensions
166x 111x 64 mm (DxWxH).
Power
24 Vdc, 25W typ
Accessories
IPEX to Hypertronics connectors converter IPEX splitter (2×64 channels) for dual probe applications
Sonia White S
Sonia White S is a high performance phased-array ultrasonic module compatible with SONIA architecture. This module has 64×128 (multiplexed) UT channels with the maximum performance in analog electronics and in digital signal processing.
- 64×128 channels (the emission channels may be different from the reception channels, even using the maximum aperture of 64 channels).
- 4 Parallel Beam formers for emissions and 4 Parallel Beam formers chains for reception up to 32 elements.
- Bandwidth @-3dB from 0.3 to 20MHz.
- Negative square wave pulser, up to -100 V.
- High digital signal processing capabilities (DDF, digital filters, gates, signal types, etc…). Multiple DSP capabilities per parallel focal law (filters, data compression, …).
- Small size that permits to minimize the length of the transducers cables, digitizing the UT signal very close to the transducers. This implies lower UT signal distortion, attenuation and noise.
- Replace the analog communication lines by digital ones, immune to electromagnetic interferences (fiber optic), which means no signal distortion and/or noise in the transmitted signals and performance independent of installation layout.
- Low power consumption. Rugged enclosure , protection degree IP54.
- Technical Specifications -
GENERAL
Electronics
Compatible with SONIA architecture
UT channels
64×128 multiplexed channels (TX/RX separated)
UT techniques
Pulse-echo, through-transmission, tandem
PULSER
Type
Negative square wave
Voltage
-15 to -100 V, 1V steps
Width
20 to 1000 ns, 2.0 ns steps
Maximum PRF
15 KHz
Fall time
<6 ns
Impedance
<15 Ω
RECEIVER
Input range
Up to 3.8 Vpp
Bandwidth
0.26 to 20.7 MHz @-3dB
Gain range
0 to 40dB, 0.1 dB steps (analog gain) 0 to 40dB, 0.1 dB steps (digital gain)
TGC
Analog & digital, 40 dB maximum range, 20 points, 16 ms extent, 32 ns resolution, 40dB/us slope
BEAM FORMER
Focal laws
Up to 4096, 128 scans.
Electronic Scan types
Linear, sectorial, complex
Focusing
Dynamic Depth Focusing (DDF)
DIGITAL FUNCTIONS
Parallel processing
Up to 4 focal laws
A/D sampling rate
125 MSPS, 12 bits (internal processing @18 bits) Sampling decimation factor: 1 to 16
Gates
4 gates, max + 8 first echoes per gate. 1 gate for interface echo synchronization
Signal modes
RF, True Envelope, Rectified (full, +/-), Logarithmic (digital)
Frequency Filters
Digital programmable IIR type, low-pass, high-pass, band-pass.
Noise reduction filters
Averaging
Anti-impulsive noise
Post-Rect smoothing filter
0 to 100% smoothing level control
Other digital functions
Real time alarms associated to echoes in gates.
Signal inversion.
Signal compression
Factor up to 64
OTHERS
UT connectors
I-PEX Minidock
General I/O
4 digital inputs, 2 digital output (up to 24 V) optocoupled, Sync output
Fiber optic port
LC-Duplex optical connector (1 Gbit full-duplex)
Dimensions
166x 111x 64 mm (DxWxH).
Power
24 Vdc, 25W typ
Accessories
IPEX to Hypertronics connectors converter IPEX splitter (2×64 channels) for dual probe applications
Sonia Green
Sonia Green is an ultrasonic dual module compatible with SONIA architecture designed for Through-Transmission (TTU) applications. This module is divided in two submodules, 2 complete channels, with high power pulser (FTT-2T) and high dynamic range receiver (FTT-2R)
- Through -Transmission, tandem, pitch & catch, pulse-eco (dual probe) applications .
- Contact, water or air coupled probes
- Fully digital receiver stage, with high dynamic range (>105 dB without filters, >130 dB with filters).
- Low and medium frequency range, bandwidth from 20 KHz to 20 MHz (probes from 50KHz to 10 MHz).
- Negative square wave, bipolar and burst pulser, up to 400 Vpp, 16 cycles..
- High digital signal processing capabilities (digital filters, gates, signal types, etc…).
- Small size that permits to minimize the length of the transducers cables, digitizing the UT signal very close to the transducers. This implies lower UT signal distortion, attenuation and noise.
- Replace the analog communication lines by digital ones, immune to electromagnetic interferences (fiber optic), which means no signal distortion and/or noise in the transmitted signals and performance independent of installation layout.
- Low power consumption. The electronic boards are sealed in non-ventilated rugged enclosure.
- Technical Specifications -
GENERAL
Type
Bipolar square wave
Voltage
20 to 400 V, 1V steps.
Width
50 to 10000 ns, 1.0 ns steps
Maximum PRF
10 KHz
Fall time
<15 ns
Impedance
< 5 Ω
Internal damping
470 Ω
PULSER
Type
Bipolar square wave
Voltage
20 to 400 V, 1V steps.
Width
100 to 20000 ns, 5.0 ns steps
Burst
1-16 Cycles
RECEIVER
Input range
30 Vpp
Bandwidth
Low 22.5KHz to 20.5 MHz @-3dB Mid Low 26.5KHz to 20.5MHz @-3dB Mid High 108KHz to 20.5MHz @-3dB High 390KHz to 20.5MHz @-3dB
Gain range
0 to 140 dB, 0.1 dB steps
TGC
80 dB maximum range, 16 points, 16 ms, 32 ns resolution, 80dB/us slope.
Dynamic range
116dB
DIGITAL FUNCTIONS
A/D sampling rate
125 MSPS, 14 bits
Sampling decimation factor: 1 to 64
Gates
4 gates, max + 4 first echoes per gate.
1 gate for interface echo synchronization.
Signal modes
RF, True Envelope, Rectified (full, +/-).
Logarithmic full wave, Logarithmic envelope
Frequency Filters
Digital programmable IIR type, low-pass, high-pass, band-pass.
Noise reduction filters
Averaging
Anti-impulsive noise
Post-Rect smoothing filter
0 to 100% smoothing level control
Other digital functions
Real time alarms associated to echoes in gates.
Signal inversion.
Signal compression factor up to 64.
OTHERS
UT connectors
FISCHER D103A015
General I/O
4 digital inputs, 2 digital output (up to 24 V) optocoupled.
Fiber optic port
LC-Duplex optical connector (1 Gbit full-duplex)
Dimensions
FTT-2T: 175 x 115 x 64 mm (DxWxH). FTT-2R: 175 x 115 x 64 mm (DxWxH).
Power
FTT-2T: 24 Vdc, 1.2 A max
FTT-2R: 24 Vdc, 0.6 A max
Accessories
FTT-2 PE Adapter: P/E Technique GENIUS PUA-UT: High Sensibility Preamplifier 58dB Gain
Sonia Violet
Sonia Violet is a ultrasonic module compatible with SONIA architecture designed to drive high frequency probes. This module has 1 UT channel with high bandwidth, intended for applications in the field of inspection of thin components, ultrasonic microscopy, materials characterization, etc…
- UT channel, single crystal probe.
- Pulse-echo technique.
- Bandwidth from 4 to 200 MHz (probes from 10 to 150 MHz).
- High speed negative spike pulser with two energy levels (low & high).
- High digital signal processing capabilities (filters, gates, signal types, etc…).
- 2 different electronic units: main unit and remote pulser-preamplifer, able to work underwater. The maximum cable length is 3 meters.
- Small size that permits to minimize the length of the transducers cables, digitizing the UT signal very close to the transducer. This implies lower UT signal distortion, attenuation and noise.
- Replace the analog communication lines by digital ones, immune to electromagnetic interferences (fiber optic), which means no signal distortion and/or noise in the transmitted signals and performance independent of installation layout.
- Low power consumption. The electronic boards are sealed in non ventilated rugged enclosure.
- Small size that permits to minimize the length of the transducers cables, digitizing the UT signal very close to the transducer. This implies lower UT signal distortion, attenuation and noise.
- Replace the analog communication lines by digital ones, immune to electromagnetic interferences (fiber optic), which means no signal distortion and/or noise in the transmitted signals and performance independent of installation layout.
- Low power consumption. The electronic boards are sealed in non ventilated rugged enclosure.
- Technical Specifications -
GENERAL
Electronics
Compatible with SONIA architecture
UT channels
1 High Frequency channel, single crystal probe
UT techniques
Pulse-echo (immersion)
PULSER
Type
Negative spike
Voltage
Two levels: -60V (low energy), -210 V (high energy)
Width
7 ns ±2ns (LE) 10 ns<br> ±2ns (HE)
Maximum PRF
10 KHz
Fall time
5 ns ±2ns (LE), 4 ns ±2ns (HE)
Rise time
<3 ns (LE), 6 ns ±2ns (HE)
Impedance
<25 Ω
RECEIVER
Amplifier type
Linear
Input range
240 mVpp
Bandwidth
4 to 200 MHz @-3dB
Gain range
0 to 80 dB, 0.1 dB steps
DIGITAL FUNCTIONS
A/D sampling rate
2 GSPS, 8 bits
Sampling decimation factor: 1 to 16
Gates
8 gates, max + 8 first echoes per gate.
1 gate for interface echo synchronization.
Signal modes
RF, Rectified (full, +/-)
A-scan length
32 Ksamples
Noise reduction filters
Averaging
Anti-impulsive noise
Post-Rect smoothing filter
0 to 100% smoothing level control
Other digital functions
Real time alarms associated to echoes in gates.
Signal inversion.
Signal compression factor up to 64.
OTHERS
UT connectors
16 x LEMO 00 coaxial connectors
(8 T/R + 8 R connectors)
(8 T/R + 8 R connectors)
General I/O
4 digital inputs, 2 digital output (up to 24 V) optocoupled.
Fiber optic port
LC-Duplex optical connector (1 Gbit full-duplex)
Dimensions
Remote P/R: 50 x 50 x 32 mm (weight 150g).
Main unit: 175 x 115 x 64 mm. mm (weight 950 g).
Power
24 Vdc, 1 A max (11W typ)
Sonia Blue
Sonia Blue is a conventional ultrasonic module compatible with SONIA architecture. This module has 8 UT channels with high performance in analog electronics and in digital signal processing.
- 8 UT channels, single or dual crystal probes.
- Conventional applications (pulse-echo, through-transmission and TOFD techniques).
- Linear and logarithmic amplifiers, with high dynamic range (>90 dB).
- Bandwidth from 0.4 to 30 MHz (probes from 0.5 to 20 MHz).
- Negative square wave pulser, up to -300 V.
- High digital signal processing capabilities (digital filters, gates, signal types, etc…)
- Small size that permits to minimize the length of the transducers cables, digitizing the UT signal very close to the transducers. This implies lower UT signal distortion, attenuation and noise.
- Replace the analog communication lines by digital ones, immune to electromagnetic interferences (fiber optic), which means no signal distortion and/or noise in the transmitted signals and performance independent of installation layout.
- Low power consumption. The electronic boards are sealed in non-ventilated rugged enclosure
- Technical Specifications -
GENERAL
Type
Negative square wave
Voltage
-100 to -300 V, 5V steps.
Width
40 to 500 ns, 1.0 ns steps
Maximum PRF
20 KHz
Fall time
<5 ns
Impedance
< 10 Ω
Internal damping
150 Ω
PULSER
Type
Negative square wave
Voltage
-20 to -300 V, 1V steps.
Width
15 to 1000 ns, 1.0 ns steps
Maximum PRF
20 KHz
Fall time
<7 ns
Impedance
<4 Ω
Internal damping
470 Ω
RECEIVER
Amplifier type
Linear & Logarithmic
Input range
2.1 Vpp
Bandwidth
0.4 to 30 MHz @-3dB
Gain range
0 to 120 dB, 0.1 dB steps (80 dB analog + 40 dB digital)
DAC curve
80 dB maximum range, 16 points, 16 ms, 32 ns resolution, 40dB/us slope.
Dynamic range
90dB (in logarithmic mode)
DIGITAL FUNCTIONS
A/D sampling rate
125 MSPS, 14 bits
Sampling decimation factor: 1 to 16
Gates
8 gates, max + 8 first echoes per gate.
1 gate for interface echo synchronization.
Signal modes
RF, True Envelope, Rectified (full, +/-), Logarithmic (analog), Logarithmic (digital)
Frequency Filters
Digital programmable IIR type, low-pass, high-pass, band-pass.
Noise reduction filters
Averaging
Anti-impulsive noise
Post-Rect smoothing filter
0 to 100% smoothing level control
Other digital functions
Real time alarms associated to echoes in gates. Signal inversion. Signal compression factor up to 64.
OTHERS
UT connectors
16 x LEMO 00 coaxial connectors
(8 T/R + 8 R connectors)
General I/O
4 digital inputs, 2 digital output (up to 24 V) optocoupled.
Fiber optic port
LC-Duplex optical connector (1 Gbit full-duplex)
Dimensions
175 x 115 x 64 mm (DxWxH).
Power
24 Vdc, 0.5 A max