FLOWD 8020 | NDT SYSTEM FOR X-RAY PROTECIVE CLOTHING
FLOWD 8020 is a compact, mobile conveyor-type X-ray system for fast and effective tests of X-ray protective clothing according to IEC 61331-3:1998 & DIN EN 61331.
FLOWD 8020 offers X-ray based analysis of X-ray protective clothing. The system displays visual information about the condition of the protective clothing as well as the values of the attenuation equivalent and the relative non-uniformity of the X-ray protection material, in order to determine if the clothing is suitable for further use.
Furthermore, the scanner provides comprehensive test reports, which are automatically generated and customized according to local requirements.
FEATURES & BENEFITS
IEC 61331-3:1998 & DIN EN 61331 COMPLIANT
The FLOWD 8020 is fully analysis compliant to both conformities and automatically offers the required information.
AUTOMATIC DETERMINATION OF LEAD EQUIVALENT ATTENUATION
FLOWD 8020 provides automatic determination of areas with lead equivalent attenuation above 10% of the reference value.
VISUAL COLORING OF AREAS
Automatic red coloring of areas with lead equivalent attenuation above 10% of the reference value.
OPTIMIZED FOR TOUCH SCREEN OPERATION
The system is operated via an integrated high-quality touch screen, which speeds up operation time by approximately 25%.
MULTI-LANGUAGE SOFTWARE SUITE
The software supports English, German and Russian, with others on demand. Test reports can be customized according to the national requirements.
AUTOMATIC ANALYSIS OF LEAD EQUIVALENT THICKNESS
The scanner runs complete automatic recognition of the equivalent thickness of lead X-ray protective clothing.
AUTOMATIC DETECTION OF RELATIVE NON-UNIFORMITY
The system offers automatic detection of the relative non-uniformity of X-ray protection material.
AUTOMATICALLY GENERATED TEST REPORTS
The FLOWD 8020 allows the manual input of all relevant information and generates automatically comprehensive test & inspection reports.
ARCHIVING OF X-RAY IMAGES AND REPORTS
All inspection files, including the X-ray images and the corresponding inspection report, are systematically archived, for later inspection if necessary.
REAL-TIME SELF DIAGNOSTICS
The status of all subsystems and integrated hardware is constantly monitored, thus allowing the system to be kept operational all time.
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