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3. Setting Up the DMS 2

Page 70 DMS 2 Operating Manual

)evaWlanidutignoL(slairetaMsuoiraVniseiticoleVdnuoSlacipyT:1.3elbaT

rePsehcnI

dnocesorciM

rePsreteM

dnoce

rePsehcnI

dnocesorciM

rePsreteM

dnoceS

munimulA0052.0036nolyN0001.0052

ssarB0071.0034cilonehP0650.0041

muimdaC0011.008

2munitalP0061.0014

norItsaC0081.0064salgixelP0011.0082

reppoC0081.0064enelyhteyloP0070.0081

niseRyxopE0011.0082enerytsyl

oP0390.0042

)nworC(ssalG0022.0065enahteruyloP0070.0081

)wodniW(ssalG0072.0086nialecroP0022.0065

dloG0031.0033)lytuB(reb

buR0370.0091

lenocnI0022.0065).cluV(rebbuR0090.0032

daeL0580.0022revliS0041.0063

muisengaM0032.0085leetS0032.0085

esenagna

M0081.0064niT0031.0033

munedbyloM0052.0036muinatiT0042.0016

lenoM0012.0035netsgnuT0012.0035

enerpoeN0360.0061cniZ0061.0014

kciN0022.00652yolacriZ0091.0074

Table 3-1—Typical values for the velocity of sound in many common materials. Because processing, exact material

composition, and temperature affect velocity, these values won’t precisely match the velocity in the material being tested.

NOTE: This information is provided for the convenience of the user. GE Inspection Technologies assumes no responsibility

for inaccuracies. Actual velocities depend on exact composition, temperature, and processing of each material.

GE MFE DMS 2 User Manual

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