The UNI EN ISO 9712 standard, “Non-destructive testing – Qualification and certification of personnel involved in non-destructive testing,\u2019 regulates certification in methods used in non-destructive testing in the industrial sector. Personnel qualification is concrete proof of operators” technical skills and a guarantee for manufacturers or service companies that perform the tests.<\/p>\n","protected":false},"featured_media":8678,"template":"","corso_catalogo_settore":[503],"corso_catalogo_metodo":[511],"class_list":["post-10378","corso_catalogo","type-corso_catalogo","status-publish","has-post-thumbnail","hentry","corso_catalogo_settore-industrial","corso_catalogo_metodo-infrared-thermography-tt"],"acf":{"modulo_metodo":"Metodo","uni_11931":false,"iso_9712":true,"finalita_corso":"","testo_del_contenuto_del_corso":"
The course is divided into five days covering the study of methodology in a multi-sector context, including civil (B), industrial (I) and electrical (E) fields. The course is aimed at preparing students for the RINA Level 2 Certification exam in accordance with ISO 9712.<\/p>\n
The thermographic method (TT)<\/strong> is a suitable investigation for identifying external, sub-surface and internal discontinuities that manifest themselves as differences in the surface temperature of the object under examination. Thermography is a completely non-destructive inspection method that is very useful for checking structures, materials, industrial and electrical systems. It is a method that is usually effective in combination with other non-destructive tests in the field of civil engineering: from visual inspection to ground-penetrating radar, load testing and many other situations where a preliminary investigation is required to study the characteristics of a structure.<\/p>\n\n\n
\n PRODUCT SECTOR<\/strong><\/td>\n FIELD OF APPLICATION<\/strong><\/td>\n<\/tr>\n<\/thead>\n\n \n Civil (B)<\/td>\n – thermal bridge surveys
\n– definition of hidden building structures
\n– surveys of plaster and\/or tile detachment and similar
\n– water leak and infiltration detection
\n– checking the tightness of fixtures and fittings
\n– detection of capillary rising damp
\n– surface condensation
\n– preservation of artistic heritage
\n– energy dispersion in building envelopes
\n– checking the efficiency of heating and plumbing systems for residential use<\/td>\n<\/tr>\n\n Industrial (I)<\/td>\n – plant engineering
\n– pressure equipment
\n– heat exchangers
\n– preventive maintenance
\n– process analysis
\n– gas leak detection
\n– checking for operating irregularities due to inadequate lubrication (friction between moving mechanical parts)
\n– misalignment
\n– component wear
\n– manufactured and semi-finished metal products<\/td>\n<\/tr>\n\n Electrical (E)<\/td>\n – checking for overloads on electrical components installed inside electrical panels
\n– stators of electrical machines
\n– transformer components
\n– electrical cables distribution lines
\n– insulators
\n– connection terminal blocks
\n– checking the efficiency of photovoltaic panel cells<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n","testo_a_chi_e_rivolto":"","documentazione_richiesta_ai_fini_della_certificazione":"","documento_allegato":false},"yoast_head":"\n