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› Ultra Sounds 12 A5000UM SUPPORTED INVESTIGATION Ultrasonic contact test Sonic Inspection on masonry SPECIFICATIONS Acquisition: • Signal range: ±2.5 • Time bases: 1μs, 10μs, 50μs • Amplifications: 30dB – 62dB • Sample resolution: 12 bit • Samples per event: 640 • Band width: 200kHz • Filter for ultra-sounds: central frequency 50 kHz • Channels: 1 TX, 1 RX • Methods: manual (with button) or automatic (repetitive in time) Probes: • Resonant frequency: 53 kHz or 21 Khz • Diameter: 48 mm (53 kHz) ; 100 mm (21 kHz) • Excitation peak voltage: 500V (normal), 2000V (high) • Maximum frequency for pulse emission: 1 per second Hammer: • Trigger: piezoelectric • Shutters: in plastic and metal General data: • Recording support: removable SD memory up to 2 GB • Data format: TSV, BMP • Keyboard: 24 charge-transfer buttons • Display: mono-chromatic graphic LCD 320 x 240 pixel • Measures display: numeric and graphic Power supply: internal batteries AA • type rechargeable and replaceable (12V – 2.5Ah). • Typical consumption: 90mA idle, 170mA when taking measurements • Container: anti-crash, in copolymers of polypropylene Operating temperature: 0-60°C • Sizes and weight: L. 270 x H. 120 x P. • 246 mm, 3 Kg
› Mae 13 Instrumentation for the execution of non-invasive surveys of sonic and ultrasonic type with an electro-mechanical hammer operating on concrete structures, masonry and on various types of building materials on site and in the laboratory. The extensive spectrum of incoming frequencies analysed, allows to take measurements on materials with different mechanical, compactness and homogeneity characteristics. The ultrasonic test through transparency is a standardized system in the diagnostics sector of concrete structures. From the analysis of the compression waves P in the material, it is possible to obtain the transit time (airborne time T.O.F.) of the ultrasonic waves in the material and the transmission speed of the same waves inside the material tested. The use of this method at high frequencies is particularly suitable for compact materials, as hardened concrete and on structural elements such as trusses, partition walls, or other types of concrete structures or stony materials with good aggregation degree. The sonic surveys are carried out using an electro-mechanical hammer that acts as trigger and a receiving probe. Waves on the material to inspect are generated on the trigger hammer, which are then detected by the receiving probe and recorded in the central unit. The sonic method is extensively used in tests of materials with scarce propagation characteristics, non-compact and heterogeneous materials in which the distances to travel are fairly high and they cannot be reached with the ultra-sonic system at other frequencies. A5000UM allows to assess the mechanical characteristics of the materials, evaluate the degree of homogeneity and possible presence of holes, gaps, defects or building anomalies of the element. Masonry structures, brick-faced walls, historic and monumental buildings can be assessed in terms of conservation state, in a quick and easy manner, limiting as much as possible the execution of destructive tests. Thanks to the presence of a large graphic display, the visualization and interpretation of the ultra-sonic waves generated is easy and immediate, the first reading can be picked and the speed and quality values of the material tested can be read directly on the device display. Each single wave emitted by the internal generator is visualized in full and it is also possible to modify the visualization parameters to further facilitate the reading of the crossing speed. The data is saved on a removable S.D. memory. mae-srl.it/go/A5000UM
Page 1: ivisitazione logo aziendale \ Canef
Page 4 and 5: › Presentazione 4 ADVANCED GEOPHY
Page 7 and 8: ULTRA SOUNDS
Page 9 and 10: › Mae 9 › SONIC TEST ON MASONRY
Page 11: › Mae 11 I-SONIC SUPPORTED INVEST
Page 15 and 16: › Mae 15 A3000U device is a compl
Page 17 and 18: › Mae 17 A6000U device represents
Page 19 and 20: › Mae 19 ACCESSORIES › SONIC TE
Page 21: › Mae 21 › WIN-SONIC The ultras
Page 24 and 25: 24 SEISMIC EXPLORATIONS › SEISMIC
Page 26 and 27: › Seismic Explorations 26 › M.A
Page 28 and 29: › Seismic Explorations 28 SUPPORT
Page 30 and 31: › Seismic Explorations 30 A6000S
Page 32 and 33: › Seismic Explorations 32 SYSMATR
Page 35 and 36: SEISMIC MONITORING
Page 37 and 38: › Mae 37 VIBRAMONITOR SUPPORTED I
Page 39 and 40: › Mae 39 SYSMALOG SUPPORTED INVES
Page 41 and 42: › Mae 41 ACCESSORIES VIBRAMONITOR
Page 43: › Mae 43 › S3S/S3S2/S3SA SURFAC
Page 46 and 47: 46 GEO-ELECTRIC EXPLORATIONS › S.
Page 48 and 49: › Geo-Electric Explorations 48
Page 50 and 51: › Geo-Electric Explorations 50 A6
Page 52 and 53: › Geo-Electric Explorations 52 A6
Page 54 and 55: › Geo-Electric Explorations 54 AC
Page 57 and 58: MONITORING
Page 59 and 60: › Mae 59 › LOAD TESTS The load
Page 61 and 62: › Mae 61 DL-8 SUPPORTED INVESTIGA
Page 63 and 64:
› Mae 63 A5000M-IP SUPPORTED INVE
Page 65 and 66:
› Mae 65 A5000MA SUPPORTED INVEST
Page 67 and 68:
› Mae 67 24-bit data acquisition
Page 69 and 70:
› Mae 69 TERMALOG SUPPORTED INVES
Page 71 and 72:
› Mae 71 ACCESSORIES DL8 DL8-IP A
Page 73 and 74:
› Mae 73 › PT-01 Thermal Flux M
Page 75 and 76:
› Mae 75 › GT-LAB Software for
Page 77:
› Mae 77
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