Purpose of the development: For detecting defects of the form of cracks on the surface of ferromagnetic products.

Recommended application field: Can be used in workshop, laboratory industry, repair shops, in field conditions for defects that have the form of cracks on the surface of ferromagnetic products.

Technical characteristic: Specifications: - Minimum size of detectable defects for parts with a numeric value of roughness Ra, not more than 1.25 mm, mm: width - 0.01 Depth - 0.2 length - 5 - The size of the electronic unit, not more - 200x100x40 mm; - Powered by a rechargeable battery operating time without recharging, not less than 12 hours; - Weight, not more than 0.3 kg.

The development stage readiness: Introduced in production

Description of the development:
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Provides a means of nondestructive testing. Consists of a compact electronic unit, which is connected via connector converter invoice eddy pencil form . The principle of operation is based on an analysis of the amplitude of the alternating voltage induced in the measuring coil transducer electromagnetic field of the eddy currents that arise in the controlled item under the action of alternating electromagnetic excitation field , generated by the same transducer. Fault detection occurs during the scan test surface overlaid converter products . When crossing the defect trigger light and sound signaling a defect . Corresponds to the best world standards . Easy to use : there is no adjustment in the process, no special training required for the operator to work with him. Used method of electronic signal processing significantly reduces the effect of various confounding factors , such as the heterogeneity of the electric and magnetic characteristics of the material under test , the test surface roughness . Overhead converters made according to the requirements of the consumer , for example for control of the flat and cylindrical surfaces of the openings in the control , etc.

Possibility of transfer abroad:
Licence's sale
Realization of finished commodity

Photo

Country Belarus

For additional information turn to:
E-mail: gal@uintei.kiev.ua