MULTIFUNCTIONAL FLAW DETECTOR TOMOGRAPH Has built-in support for multidisciplinary scanners: tomographic, optical, railway purpose, etc. Such functionality is in demand by NDT laboratories for the control of welded joints, fitting pipe, various metal structures and composite materials.
Technological advantages and distinctive features of TOMOGRAPHIC 5M:
- Multitask mode (simultaneous launch of several applications);
- Built-in non-destructive methods: ultrasound, EMA, eddy current, etc.;
- Construction and processing of A, B and D (TODF) scans;
- Two independently controlled strobes (A and B);
- Automatic or manual construction of a time-lapse curve (up to 256 points);
- Two signal types: detected and radio;
- Modes: envelope, freezing and beam path display;
- Automatic determination of ultrasonic testing speed in various materials and delays in the prism;
- Database of ultrasound propagation speeds;
- Transducers inverter log (ARD diagrams).
Special purpose accessories
Videoscope
Simultaneous use of visual and non-destructive testing.
Tomographic scanner
Determination of the equivalent area, assessment of the defects configuration and size.
| Operating frequency range | 0.2…10 MHz |
| Range of measured depths | 0.5…5,000 mm (+0.1+L/1,000 mm), where L – flaw depth |
| Dynamic range | 140 db |
| Depth of temporary sensitivity adjustment | 80 db |
| Scanning time | 8…1,600 mcs |
| Construction of the time-lapse curve: manual and automatic | up to 256 pixels |
| Error in measurement of defect coordinates | max. 0.1 mm |
| Measurement accuracy of equivalent area | max. 10% |
| Measurement accuracy of time interval | max. 0.025 mcs |
TOMOGRAPHIC 5M has built-in support for multidisciplinary scanners:
tomographic, optical, railway purpose, etc.
Such functionality is in demand by NDT laboratories for the control
of welded joints, fitting pipe, various metal structures
and composite materials.
TOMOGRAPHIC 1.1
FLAW DETECTOR GENERAL PURPOSE
Realizes the ultrasonic flaw detector whole functions set and allows:
to determine the presence of flaws such as discontinuity and uniformity
of materials, semi-finished products, finished products, welded joints;
measurement the depths of occurrence of flaws and their coordinates;
materials thickness measurement and the ultrasonic waves
propagationspeed measurement in them.
TOMOGRAPHIC 1.2
EMAT (and Ultrasound)
THICKNESS METER
Intended for thickness measurement of the plane-parallel objects: the resonance method
for thickness from 0.2 to 1 mm, the correlation method for thicknesses
from 1 to 60 mm, the pulse method for thicknesses from 10 to 4800 mm.
TOMOGRAPHIC 1.3
PROBES CONDITIONING (DGS DIAGRAM)
Allows to measure of main characteristics of the probes
by standard test block: delay
in the prism, angle-beam on steel, forming of DGS diagrams.
TOMOGRAPHIC 1.3 also determines the ultrasonic waves speed
in samples, allows the use of probes from different manufacturers
and take into account their individual characteristics and the degree.
TOMOGRAPHIC 4.1
EDDY-CURRENT FLAW DETECTOR
Identifies flaws such as fatigue cracks on the surface of parts
from non-magnetic and ferromagnetic alloys. Eddy current transducer
VTP-2-02, VTP-2-02U, VTP-4-02, VTP-1C-02 pencil-type provides operation
in the frequency range 1-10 MHz. Tomographic 4.1 provides testing of flat
and curved surfaces with a radius of positive and negative curvature up to 20 mm.
TOMOGRAPHIC 3.2
ACOUSTIC TENSOMETER
Monitoring of the tightening forces of detachable connections with metals studs
or bolts of steels, aluminum, titanium and other alloys - diameter from 12 mm.
The acoustic tensometer measures the tightening force with an accuracy of ± 2%,
whereas the torque wrench can give ± 20% at best. It is widely used in oil and gas,
machine-building, aerospace, energy and other industries.
TOMOGRAPHIC 5.1
FLASH PLAYER
Designed to play directly on the device of training videos of various testing techniques implemented
in the device. The educational clip allows in a visual form to present the features
and advantages of one or another technique, as well as simplify the process
of learning to work with a program that implements a specific testing technique.