WF770 is high-level Flaw detector for welding. It tests different welding detect including resistance welding, laser welding, Arplas welding, ring welding nuts, welding rivets, etc,. It is mostly used in welding spot and steel structure checking for quality.
Welding Flaw Detector WF770
MiniScanner is used to detect defects such as resistance welding, laser welding, Arplas welding, ring welding nuts, welding rivets, plate seals, and carbon brazing composite materials delamination.
Scanning method: Spiral scan with built-in water immersion ultrasound probe;
Scanning area: 10 x 20 mm;
Scanning rate: 0.12 x 0.12 mm;
Scanning time: 5 seconds;
Save the ultrasonic data for each scan point and store 16,000 A scan graphics for data evaluation;
Frequency 20 MHz, 25 mm focusing probe;
Focal diameter +/- 0.1mm;
Detection depth: 1-6mm;
Operating temperature: 15°C--40°C;
Operating humidity: 10% -90% non-condensing;
Ultrasound C scan graphics display;
Directly measure the size of the welding area, indentation depth, diameter, etc.;
Automatically judge the qualification、grade, and statistical pass rate;
The user interface can choose more languages;
Mini Scanner Portable Ultrasound C Scanner is very useful for large parts of workpiece
It can achieve the most complex structure because of small shape.
Typical application of the Mini Scanner portable C-scan system is automotive industry spot welding.
Ultrasonic test method is suitable for spot welding detect (welding defect detection, welding block diameter and length measurement, welding area thickness measurement, etc.).
It classify welding quality and optimize welding equipment parameters of continuous production.
The applications include detection for resistance welding, laser welding, Arplas welding, ring welding nuts, and welding rivet.
Multilayer te sting: Detect diameter of the weld, detect transition area defect of the selected sheet.
Riveting connections testing (automotive / aeronautical industry): Detect the torque converse to Rivet connection of gearboxes of the automotive industry from outside after it completed assemble, measure diameter and defect detection.
Laser welding inspection (automotive industrial): Detect from back of the laser welding, put plug on the back of the welding structure of board to detect.
Composite material inspection (aviation, rotor blades): Point detection, it can be used to control the bonding state.
Fiber connector control (automotive industrial): Point detection of key parts of welding parts.
Plate, pipe wall thickness detection (electricity industry): Detect wall thickness pits corrosion through the external point, we can supply special scanner adapter as client required.
Other applications: Detect board seal, detect carbon fiber composite material layered, material
Applicable materials: steel, aluminum, copper, zinc, chrome plating or coating, carbon fiber composites and many other materials.
MiniScanner is the new instrument, there are many new applications.
Our users have developed many new applications by using MiniScanner.
MiniScanner can makes it possible to quickly perform C-scan at locations that were not previously detected.
Power supply | 220V±10%, AC operation, battery; |
Sampling frequency | 160MHz; |
Gain | 0-110dB; |
Frequency | optional; |
Detection method | RF, full wave, half wave; |
Velocity adjustment range | 0-10000m/s; |
Operating environment | temperature 15°C--40°C; humidity 10%--90% non-condensing; |
User Interface | Button operation; |
Size | 94mm Wx66mm Dx260mm H; |
Weight | about900g; |
Capacity | about 40ml; |
Water | Pollution-free decalcified; water; |
Number of water injection ports | 2; |
Maximum time allowed in the water cavity | 8h; |
Material | Host: Resin; |
Scan head | Anodized aluminum; |
Membrane | Non-toxic elastic rubber; |
All accessories | Stainless steel or anodized aluminum; |
Connector and wire | LEMO 10-pin coaxial plug and coaxial cable; |
Length | customized, default 2.5 meters; |