Showing 145–153 of 153 results
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V2 (A4) UT CALIBRATION BLOCK (25mm THICK) (1.5mm DIA Hole)
Used for testing miniature shear wave probe index, time base, beam angle and gain, the block includes a 50mm radius, a 25mm opposing radius and a 1.5mm diameter through hole. Manufactured in accordance with British Standard BS 2704 block A4, Fig. 4, and AS 2083. 25 mm thickness.
Features:
- Dimensions: 1.705″ (height) X 2.953″ (length) X 0.984″ (width).
- Weight: 0.337 LBS
- Material: 7075-T6 ALUMINIUM
- Specifications: BS 2704 BLOCK A4 FIGURE 4. & AS 2083
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V2 (A4) UT CALIBRATION BLOCK (12.5mm THICK) (5mm DIA Hole)
Used for testing miniature shear wave probe index, time base, beam angle and gain, the block includes a 50mm radius, a 25mm opposing radius and a 1 5mm diameter through hole. Manufactured in accordance with British Standard BS 2704 block A4, Fig. 4, and AS 2083. 12.5 mm thickness.
Features:
- Dimensions: 1.705″ (H) X 2.953″ (L) X 0.492″ (W).
- Weight: 0.468 LBS
- Material: 1018 STEEL, NICKEL PLATED
- Specifications: BS 2704 BLOCK A4 FIGURE 4. & AS 2083
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V2 (A4) UT CALIBRATION BLOCK (25mm THICK) (5mm DIA Hole)
Used for testing miniature shear wave probe index, time base, beam angle and gain, the block includes a 50mm radius, a 25mm opposing radius and a 1 5mm diameter through hole. Manufactured in accordance with British Standard BS 2704 block A4, Fig. 4, and AS 2083. 25 mm thickness.
Features:
- Dimensions: 1.705″ (height) X 2.953″ (length) X 0.984″ (width).
- Weight: 0.951 LBS
- Material: 1018 STEEL, NICKEL PLATED
- Specifications: BS 2704 BLOCK A4 FIGURE 4. & AS 2083
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V2 (A4) BLOQUE DE CALIBRACIĂ“N UT (12,5mm DE ESPESOR) (5mm DIA Agujero)
Utilizado para la comprobaciĂłn del Ăndice de la sonda de onda cortante en miniatura, la base de tiempo, el ángulo del haz y la ganancia, el bloque incluye un radio de 50 mm, un radio opuesto de 25 mm y un orificio pasante de 1 5 mm de diámetro. Fabricado de acuerdo con la norma británica BS 2704 bloque A4, Fig. 4, y AS 2083. Espesor de 12,5 mm.
CaracterĂsticas:
- Dimensiones: 1,705″ (alto) X 2,953″ (largo) X 0,492″ (ancho)
- Peso: 0.476 LBS
- Material: ACERO INOXIDABLE 304
- Especificaciones: BS 2704 BLOQUE A4 FIGURA 4. & AS 2083
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V2 (A4) UT CALIBRATION BLOCK (25mm THICK) (5mm DIA Hole)
Used for testing miniature shear wave probe index, time base, beam angle and gain, the block includes a 50mm radius, a 25mm opposing radius and a 1 5mm diameter through hole. Manufactured in accordance with British Standard BS 2704 block A4, Fig. 4, and AS 2083. 25 mm thickness.
Features:
- Dimensions: 1.705″ (height) X 2.953″ (length) X 0.984″ (width).
- Weight: 0.951 LBS
- Material: 304 STAINLESS STEEL
- Specifications: BS 2704 BLOCK A4 FIGURE 4. & AS 2083
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V2 (A4) UT CALIBRATION BLOCK (12.5mm THICK) (5mm DIA Hole)
Used for testing miniature shear wave probe index, time base, beam angle and gain, the block includes a 50mm radius, a 25mm opposing radius and a 1 5mm diameter through hole. Manufactured in accordance with British Standard BS 2704 block A4, Fig. 4, and AS 2083. 12.5 mm thickness.
Features:
- Dimensions: 1.705″ (H) X 2.953″ (L) X 0.492″ (W).
- Weight: 0.167 LBS
- Material: 7075-T6 ALUMINIUM
- Specifications: BS 2704 BLOCK A4 FIGURE 4. & AS 2083
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V2 (A4) UT CALIBRATION BLOCK (25mm THICK) (5mm DIA Hole)
Used for testing miniature shear wave probe index, time base, beam angle and gain, the block includes a 50mm radius, a 25mm opposing radius and a 1 5mm diameter through hole. Manufactured in accordance with British Standard BS 2704 block A4, Fig. 4, and AS 2083. 25 mm thickness.
Features:
- Dimensions: 1.705″ (height) X 2.953″ (length) X 0.984″ (width).
- Weight: 0.334 LBS
- Material: 7075-T6 ALUMINIUM
- Specifications: BS 2704 BLOCK A4 FIGURE 4. & AS 2083
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Retaining the best features of the established Veo line, the new Veo3 now offers a PCAP touch interface, user templates, and more importantly, live TFM.
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Next generation technology at your fingertips
What if you could tailor the settings on your UT device and alter it to your own process and people’s needs? An instrument where all the useful parameters are pre-set and available in less than two clicks? Now you can.
Introducing WAVE by Sonatest. It integrates the latest technologies available in order to create a revolution in the ultrasonic non-destructive testing equipment market. Not only is it innovative, but the customisable interface also optimises the daily workflow, and a unique and embedded interactive scan plan, with ray-tracing capability, simulation tools and CAD import capability, consolidates your results.
Its wifi capability allows you to access it anywhere in the field, eases data transfer, application installation and manages calibration date and software version.
