Sofranel offers a wide range of non-destructive testing of materials, feel free to download our product catalog to find them.
Multi-element probes Sonatest offer many possibilities with a wide choice. Three families are available:
The multi-element ultrasound technology is a powerful technology directly inspired medical technology. It generates multiple angles simultaneously and see real-time images on a screen. It is extremely fast detection as a localized indication appears as a 'spot' on the screen. It is also accurate for sizing and positioning thanks to the many possible views and measurement cursors. The covered volume is more understandable and inspections can be recorded.
The multi-element technology is the use of translators divided into several small elementary translators and excite each of these elementary translators with a time lag (delay) that will create a beam. By modifying a shot at the other delays, the beam can be moved, or changed in its direction. This creates either a 'scanning linear, a' scan 'sector.
X1 range is small probes for aerospace, limited access to jobs. Key applications include monitoring 'scribe line' for manufacturers and aerospace companies.
Tranducer reference | Frequency | Nb éléments | Pitch | Active surface | Elévation | Cable | Description |
---|---|---|---|---|---|---|---|
X1PE5.0M10E0.6PIX250 | 5 MHz | 10 | 0.6 mm | 6 x 5 | 5 mm | 2,5 m | Miniature |
X1PE5.0M10E0.6PIX500 | 5 MHz | 10 | 0.6 mm | 6 x 5 | 5 mm | 5 m | Miniature |
X1PE10M10E0.6PIX250 | 10 MHz | 10 | 0.6 mm | 6 x 5 | 5 mm | 2,5 m | Miniature |
X1PE10M10E0.6PIX500 | 10 MHz | 10 | 0.6 mm | 6 x 5 | 5 mm | 5 m | Miniature |
X1PE10M16E0.3PIX250 | 10 MHz | 16 | 0.3 mm | 5 x 5 | 5 mm | 2,5 m | Sub-miniature |
X1PE10M16E0.3PIX500 | 10 MHz | 16 | 0.3 mm | 5 x 5 | 5 mm | 5 m | Sub-miniature |
Référence sabots | Description |
---|---|
X1-SB54-N0L | Sabot plan 0° pour sonde miniature X1, épaisseur 20mm. |
X1-SB54-N55S | Sabot 55° ondes transversales pour sonde miniature X1 |
X1-SB54-N60L | Sabot 60° ondes longitudinales pour sonde miniature X1 |
X1-SB55-N0L | Sabot plan 0° pour sonde sub-miniature X1, épaisseur 20mm |
X1-SB55-N55S | Sabot 55° ondes transversales pour sonde sub-miniature X1 |
X1-SB55-N60L | Sabot 60° ondes longitudinales pour sonde sub-miniature X1 |
Compact probes of general purpose design, suitable for sector scanning applications.
Transducer reference | Frequency | Nb éléments | Pitch | Active surface | Elévation | Câble | Description |
---|---|---|---|---|---|---|---|
X2PE5.0M16E0.6PIX250 | 5 MHz | 16 | 0.6 mm | 10 x 10 | 10 mm | 2,5 m | Linéaire |
X2PE5.0M16E0.6PIX500 | 5 MHz | 16 | 0.6 mm | 10 x 10 | 10 mm | 5 m | Linéaire |
X2PE7.5M10E0.6PIX250 | 7,5 MHz | 16 | 0.6 mm | 10 x 10 | 10 mm | 2,5 m | Linéaire |
X2PE10M16E0.6PIX500 | 7,5 MHz | 16 | 0.6 mm | 10 x 10 | 10 mm | 5 m | Linéaire |
X2PE10M16E0.6PIX250 | 10 MHz | 16 | 0.6 mm | 10 x 10 | 10 mm | 2,5 m | Linéaire |
X2PE10M16E0.3PIX500 | 10 MHz | 16 | 0.6 mm | 10 x 10 | 10 mm | 5 m | Linéaire |
Référence sabots | Description |
---|---|
X2-SB56-N0L | Sabot plan 0° pour sonde X2, épaisseur 20mm. |
X2-SB56-N45S | Sabot 45° ondes transversales pour sonde X2 |
X2-SB56-N60L | Sabot 60° ondes longitudinales pour sonde X2 |
X2-SB56-N60S | Sabot 60° ondes transversales pour sonde X2 |
These sensors are ideal for line scan applications (L-Scan or E-Scan). They can also be used for sector scans (S-Scan). These probes are particularly suitable to perform scans' multigroup '' for enabling the devices.
Transducer reference | Frequency | Nb éléments | Pitch | Active surface | Elévation | Cable | Description |
---|---|---|---|---|---|---|---|
X3PE2.2M48E0.8PIX250 | 2,25 MHz | 48 | 0.8 mm | 39 x 8 | 8 mm | 2,5 m | Linéaire |
X3PE2.2M48E0.8PIX500 | 2,25 MHz | 48 | 0.8 mm | 39 x 8 | 8 mm | 5 m | Linéaire |
X3PE3.5M64E0.6PIX250 | 3,5 MHz | 64 | 0.6 mm | 39 x 8 | 8 mm | 2,5 m | Linéaire |
X3PE3.5M64E0.6PIX500 | 3,5 MHz | 64 | 0.6 mm | 39 x 8 | 8 mm | 5 m | Linéaire |
X3PE0.5M64E0.6PIX250 | 5 MHz | 64 | 0.6 mm | 39 x 8 | 8 mm | 2,5 m | Linéaire |
X3PE5.0M64E0.6PIX500 | 5 MHz | 64 | 0.6 mm | 39 x 8 | 8 mm | 5 m | Linéaire |
X3PE10M64E0.6PIX250 | 10 MHz | 64 | 0.6 mm | 39 x 8 | 8 mm | 2,5 m | Linéaire |
X3PE10M64E0.6PIX500 | 10 MHz | 64 | 0.6 mm | 39 x 8 | 8 mm | 5 m | Linéaire |
Référence sabots | Description |
---|---|
X3-SB57-N0L | Sabot plan 0° pour sonde X3, épaisseur 20mm. |
X3-SB57-N45S | Sabot 45° ondes transversales pour sonde X3 |
X3-SB57-N45L | Sabot 45° ondes longitudinales pour sonde X3 |
X3-SB57-N55S | Sabot 55° ondes transversales pour sonde X3 |
X3-SB57-N60L | Sabot 60° ondes longitudinales pour sonde X3 |
X3-SB57-N60S | Sabot 60° ondes transversales pour sonde X3 |
An equivalent conventional design with corner single element translators.
A good choice when a compact bundle is required.
Transducer reference | Frequency | Nb éléments | Pitch | Active surface | Câble | Description |
---|---|---|---|---|---|---|
X4PE2M8E1.0P35WIX250 | 2 MHz | 8 | 1 mm | 8 x 9 | 2,5 m | Linéaire |
X4PE2M8E1.0P35WIX500 | 2 MHz | 8 | 1 mm | 8 x 9 | 5 m | Linéaire |
X4PE4M16E0.5P35WIX250 | 4 MHz | 16 | 0.5 mm | 8 x 9 | 2,5 m | Linéaire |
X4PE4M16E0.5P35WIX500 | 4 MHz | 16 | 0.5 mm | 8 x 9 | 5 m | Linéaire |
Probes high energy low frequency for applications where penetration must be deep enough and more general inspections.
Transducer reference | Frequency | Nb éléments | Pitch | Active surface | Câble | Description |
---|---|---|---|---|---|---|
X5PE2.2M16E1.0PIX250 | 2,25 MHz | 16 | 1 mm | 16 x 16 | 2,5 m | Linéaire |
X5PE2.2M16E1.0PIX500 | 2,25 MHz | 16 | 1 mm | 16 x 16 | 5 m | Linéaire |
X5PE5.0M16E1.0PIX250 | 5 MHz | 16 | 1 mm | 16 x 16 | 2,5 m | Linéaire |
X5PE5.0M16E1.0PIX500 | 5 MHz | 16 | 1 mm | 16 x 16 | 5 m | Linéaire |
Référence sabots | Description |
---|---|
X5-SB58-N0L | Sabot plan 0° pour sonde X5, épaisseur 25mm. |
X5-SB58-N60S | Sabot 60° ondes transversales pour sonde X5 |
X5-SB58-N60L | Sabot 60° ondes longitudinales pour sonde X5 |
SW6260HT | Sabot 60° haute température pour sonde série X5 (ou traducteur Sonatest 5/8x5/8’’ (vis au pas américain)) |
SNW6260 | Sabot 60° ‘snail’ pour sonde série X5 (ou traducteur Sonatest 5/8x5/8’’(vis au pas américain)) |
Transducer reference | Frequency | Nb éléments | Pitch | Sabôt | Description |
---|---|---|---|---|---|
T1-PE-2.25M20E1.2P | 2,25 MHz | 20 | 1,2 mm | - | Linéaire |
T1-PE-2.25M14E1.2P-35WOD | 2,25 MHz | 14 | 1,2 mm | Intégré 35° | Linéaire |
T1-PE-2.25M19E1.2P-17WOD | 2,25 MHz | 19 | 1,2 mm | Intégré 17° | Linéaire |
T1-PE-5.0M32E0.8P | 5 MHz | 32 | 0.8 mm | - | Linéaire |
T1-PE-5.0M22E0.8P-35WOD | 5 MHz | 22 | 0,8 mm | Intégré 35° | Linéaire |
T1-PE-5.0M22E0.8P-17WOD | 5 MHz | 22 | 0,8 mm | Intégré 17° | Linéaire |
T1-PE-7.5M44E0.6P | 7,5 MHz | 44 | 0,6 mm | - | Linéaire |
T1-PE-7.5M44E0.6P-35WOD | 7,5 MHz | 44 | 0,6 mm | Intégré 35° | Linéaire |
T1-PE-7.5M44E0.6P-17WOD | 7,5 MHz | 44 | 0,6 mm | Intégré 17° | Linéaire |
T5-PE-2.25M40E1.2P | 2,25 MHz | 40 | 1,2 mm | - | Linéaire |
T5-PE-5.0M64E0.8P | 5 MHz | 64 | 0,8 mm | - | Linéaire |
T5-PE-7.5M88E0.6P | 7,5 MHz | 88 | 0,6 mm | - | Linéaire |
Référence sabots | Description |
---|---|
T1-35WOD-REXO | Sabot 35° ondes transversales pour sonde T1 |
T1-35WOD-REXO-I | Sabot irrigué 35° ondes transversales pour sonde T1 |
T1-35WOD-REXO-2’’ | Sabot 35° ondes transversales pour sonde T1, usiné pour pipe 2’’ |
T1-35WOD-REXO-4’’ | Sabot 35° ondes transversales pour sonde T1, usiné pour pipe 4’’ |
T1-35WOD-REXO-6’’ | Sabot 35° ondes transversales pour sonde T1, usiné pour pipe 6’’ |
T1-35WOD-REXO-8’’ | Sabot 35° ondes transversales pour sonde T1, usiné pour pipe 8’’ |
T1-35WOD-REXO-10’’ | Sabot 35° ondes transversales pour sonde T1, usiné pour pipe 10’’ |
T1-35WOD-REXO-12’’ | Sabot 35° ondes transversales pour sonde T1, usiné pour pipe 12’’ |
T1-35WOD-REXO-14’’ | Sabot 35° ondes transversales pour sonde T1, usiné pour pipe 14’’ |
T1-17WOD-REXO | Sabot 17° pour sonde T1 |
T1-25.4TOD-REXO | Sabot droit 0° ondes longitudinales pour sonde T1, épaisseur 25mm |
T1-12.7TOD-REXO | Sabot droit 0° ondes longitudinales pour sonde T1, épaisseur 12mm |
T5-35WOD-REXO | Sabot 35° ondes transversales pour sonde T5 |
T5-25.4TOD-REXO | Sabot droit 0° ondes longitudinales pour sonde T5, épaisseur 25mm |
T5-12.7TOD-REXO | Sabot droit 0° ondes longitudinales pour sonde T5, épaisseur 12mm |
Référence sabots | Description |
---|---|
ASM-9038-HY200 | Câble simple pour sonde T1, connecteur Hypertronics, longueur 2m. |
ASM-9039-HY200 | Câble Y double pour sonde T1, connecteur Hypertronics, longueur 2m. |
ASM-9038-IX200 | Câble simple pour sonde T1, connecteur IPEX, longueur 2m. |
ASM-9039-IX200 | Câble Y double pour sonde T1, connecteur IPEX, longueur 2m. |
Option | Longueur supplémentaire de câble pour sonde T1 (par m) |
ASM-9048-HY200 | Câble simple pour sonde T5, connecteur Hypertronics, longueur 2m. |
ASM-9048-IX200 | Câble simple pour sonde T5, connecteur IPEX, longueur 2m. |
Many applications require accurate sizing. This can be achieved in various ways, including through the use of encoders and or scanners.
Modular encoder wheel comes with universal mounting system, ODI-I.
Encodeur à fil, WS10.
Splitter Y, allows you to connect two PA probes simultaneously on your electronics. Other adapters available, eg IPEX / Hypertronix
Wide range of scanners to move multiple probes simultaneously STIX here.
The famous Phased Array patented wheel Sonatest is the result of many years of research and meticulous development. It is characterized by a wide tire in deformable rubber whose acoustic impedance is matched to that of water. This generates a low pressure coupling in the test piece, and therefore good quality results without the need for freezing or to large amounts of water.
It is ideally suited to manual scanning large flat or slightly curved surfaces. A central bearing cushioning spring, ensures even pressure coupling along the sensor, even when controlling narrow surfaces. Incorporating a multi-element array of 64 elements with a resolution of 0.8 mm and a high resolution position coder, the wheelprobe provides high quality data, with high accuracy. The area covered is 50mm. For applications that require the coverage of very large areas, we propose a wheelprobe 100 mm using a multi-element array of 128 elements, with a resolution of 0.8 mm and is optimal for control plane parts having a surface horizontal.
Transducer reference | Frequency | Nb éléments | Pitch | Connectors | Cable | Description |
---|---|---|---|---|---|---|
AWP-02-64-08-05-C | 2 MHz | 64 | 0,8 mm | Canon | 5 m | Capteur à roue |
AWP-02-64-08-05-OM | 2 MHz | 64 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
AWP-02-64-08-05-VEO | 2 MHz | 64 | 0,8 mm | Veo | 5 m | Capteur à roue |
AWP-05-64-08-05-C | 5 MHz | 64 | 0,8 mm | Canon | 5 m | Capteur à roue |
AWP-05-64-08-05-OM | 5 MHz | 64 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
AWP-05-64-08-05-VEO | 5 MHz | 64 | 0,8 mm | Veo | 5 m | Capteur à roue |
AWP-10-64-08-05-C | 10 MHz | 64 | 0,8 mm | Canon | 5 m | Capteur à roue |
AWP-10-64-08-05-OM | 10 MHz | 64 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
AWP-10-64-08-05-VEO | 10 MHz | 64 | 0,8 mm | Veo | 5 m | Capteur à roue |
AWP-10-64-08-05-C | 10 MHz | 128 | 0,8 mm | Canon | 5 m | Capteur à roue |
AWP-05-128-08-05-OM | 5 MHz | 128 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
AWP-05-128-08-05-VEO | 5 MHz | 128 | 0,8 mm | VEO | 5 m | Capteur à roue |
AWP-5-64-08-10 | 5 MHz | 128 | 0,8 mm | VEO | 10 m | Capteur à roue |
AWP-2-64-08-10 | 2 MHz | 128 | 0,8 mm | VEO | 10 m | Capteur à roue |
Also available with Mono sensor element 15 mm, designed to work between 1 MHz and 10 MHz.
The corrosion-wheel sensor has been specifically designed to primarily a plan or circumferential scan. The acceptable minimum diameter of 4 '' (100mm). The adjustment of the probe inspection angle is very quick and can be done just on site using the lever and the guide on the side of the sensor, locking the lever to the desired angle. A longitudinal scan on tube or cylinder is also easy. The minimum diameter for this application is still limited to 4 '' (100mm). For the longitudinal scan, it was necessary to adapt the construction of corrosion-wheel sensor and develop a specific front roller. On tube diameters of less than 24 '' (610mm), this accessory improves stability by supporting the tire. It optimizes the results over a wide range of tube diameters.
Transducer reference | Frequency | Nb éléments | Pitch | Connectors | Cable | Description |
---|---|---|---|---|---|---|
CWP-05-64-08-05-OM | 5 MHz | 64 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
CWP-05-64-08-05-VEO | 5 MHz | 64 | 0,8 mm | Veo | 5 m | Capteur à roue |
CWP-02-64-08-05-OM | 2 MHz | 64 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
CWP-02-64-08-05-VEO | 2 MHz | 64 | 0,8 mm | Veo | 5 m | Capteur à roue |
CWP-10-64-08-05-OM | 10 MHz | 64 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
CWP-10-64-08-05-VEO | 10 MHz | 64 | 0,8 mm | Omniscan | 5 m | Capteur à roue |
CWP-5-64-08-10 | 5 MHz | 64 | 0,8 mm | - | 10 m | Capteur à roue |
CWP-10-64-08-10 | 10 MHz | 64 | 0,8 mm | - | 10 m | Capteur à roue |
Slippery probe was developed with a molded rubber line delay using the same formula as the tire from the wheel sensor.
Sofranel offers a wide range of non-destructive testing of materials, feel free to download our product catalog to find them.