• AIRCRAFT
  testing of aeronautical engineering parts (wheel disks, covering, turbine blades, multilayered constructions, holes of various kinds etc.);
• OIL-AND-GAS
  testing of pipelines, turbine blades of gas-distributing station (GDS), pressure vessels, etc.;
• CHEMICAL
  testing of pipelines, industrial tanks etc.;
• POWER
  testing of steam generator pipes by inner bobbin eddy current probes, collectors etc.;
• MACHINE BUILDING
  testing of rods, wire, metalwares, forming rolls, sheet metals etc.

Flaw Detector Advantages

• Possibility of tuning out from the influence of operating liftoff and inhomogeneity of electromagnetic properties of testing material;
• storage of a great number of setups and testing results in the flaw detector memory;
• mode of two-way connection with PC via USB port (for inputting the information from the flaw detector memory into PC and possibility of this data printing out as well as setups loading from PC into the flaw detector memory);
• availability of a temperature probe and a remote balancing button;
• possibility of conditional defect depth and length evaluation;
• easily removable storage battery;
• time of contentious battery operation – 8 hours;
• sound and color ALARM system;
• operation simplicity due to the intuitive interface;
• small mass and dimensions parameters.

Flaw Detector Distinctive Features

• Color high-contrast TFT display;
• ALARM system: 4 three-color LEDs, sound alarm;
• possibility of operation in two-frequency mode;
• simplified procedure of instrument calibration on standard calibration blocks;
• possibility of encoder and eddy current rotary scanner connection;
• possibility of rapid measurement of the ratio signal/noise;
• USB slave;

Capabilities and Serivce Functions of the Instrument

• Possibility of defects detection with the depth – from 0,1 mm and width – from 0,002 mm;
• digital signal filtering (there are 5 filter types: Lowpass, Highpass, Bandpass, Differential, Averaging);
• eddy current signal display:
• • a) complex plane (XY) – allows to detect defects among interferences by analyzing the signal waveform;
  • b) generation of two channels can be used for suppression of interfering factors and reduction of their influence on testing results (for mixing an operator can choose one of 4 algorithms: addition, subtraction, addition with horizontal inversion and addition with vertical inversion).

a)	b)

• two modes of instrument operation: day mode is used when operating in dimly lit places with insufficient visibility; night mode is used when operating in places with bright lighting, to increase the display contrast;
• time of flaw detector operation mode setup – up to 1 minute;
• autozap function (adjustable time of screen clearing in 0.1 s and 0.5 s, 1 s, 2 s, 3 s, 4 s);
• built-in clock and calendar;
• screen backlight and screen brightness control;
• congestion control of input channel;
• storage battery discharge level indication;
• possibility of connection and operation of ECPs of the following types:
• differential ECP;
• differential ECP connected according to the bridge scheme;
• differential ECP of transformer type with grounded centerpoint;
• differential ECP of transformer type;
• absolute (parametric) ECP ;
• absolute ECP of transformer type;
• possibility of eddy current rotary scanner connection for the testing of openings and special-purpose scanners;
• user-friendly multi-language interface;
• time of continuous flaw detector operation with the fully charged storage battery – at least 8 hours;
• total average life at least 10 years;
• flaw detector is powered from the built-in storage battery with rated voltage 12 V and rated capacity of 4500 mA•h;
• weight of flaw detector with a storage battery - no more than 0.9 kg;
• overall dimensions of flaw detector - no more than 230 mm × 135 mm × 98 mm.