DMTA-10040-01EN, Rev. E, February 2018
Using the Instrument
133
Figure 5
‑
18 The list of all parameters for aluminum
To fine-tune the instrument settings for ferromagnetic material (steel)
1.
Perform steps 1–3 of the procedure in this section on the steel standard with a
good and bad hole.
2.
Observe the following possible differences when using a ferromagnetic material
(as compared to aluminum):
— A different lift-off (probe motion) angle in the good hole
— A different notch angle in relation to the lift-off (closer to 90°)
— Lower gains in general
— Possibly identical H and V gains
An example for a steel hole is shown in Figure 5-19 on page 134. The list of all
parameters is shown in Figure 5-20 on page 134. Note that compared to the signal
for aluminum material, the impedance plane signal of ferromagnetic material has
a reverted figure.
Summary of Contents for nortec 600
Page 8: ...DMTA 10040 01EN Rev E February 2018 Table of Contents viii...
Page 16: ...DMTA 10040 01EN Rev E February 2018 Labels and Symbols 6...
Page 30: ...DMTA 10040 01EN Rev E February 2018 Introduction 20...
Page 58: ...DMTA 10040 01EN Rev E February 2018 Chapter 1 48...
Page 71: ...DMTA 10040 01EN Rev E February 2018 Software User Interface 61 Press the Return key to exit...
Page 72: ...DMTA 10040 01EN Rev E February 2018 Chapter 2 62...
Page 342: ...DMTA 10040 01EN Rev E February 2018 Chapter 7 332...
Page 356: ...DMTA 10040 01EN Rev E February 2018 Appendix B 346...
Page 366: ...DMTA 10040 01EN Rev E February 2018 List of Figures 356...
Page 368: ...DMTA 10040 01EN Rev E February 2018 List of Tables 358...
