Olympus nortec 600 - Korea Communications Commission (KCC); EMC Directive Compliance; FCC (USA) Compliance

Common NORTEC 600 Applications130

Inspecting Fastener Holes with a Rotating Scanner - NORTEC 600S and NORTEC 600D Models136

Figure 5-8 the Full-Screen Mode for Fine-Tuning the Settings136

Figure 5-9 the List of All Parameters136

Figure 5-10 Materials-Fastener Holes with Rotating Scanner137

Figure 5-11 the Bolt Hole Application138

Figure 5-12 the Bolt-Hole Signal139

Figure 5-13 Adjusting the Lift-Off Noise (First Alternative)139

Figure 5-14 Adjusting the Lift-Off Noise (Second Alternative)140

Figure 5-15 Adjusting the Gain141

Figure 5-16 Adjusting the Vertical Gain141

Figure 5-17 the Full-Screen Mode for Fine-Tuning the Settings142

Figure 5-18 the List of All Parameters for Aluminum143

Figure 5-19 an Example Display for a Steel Hole144

Figure 5-20 the List of All Parameters in Ferromagnetic Material144

Detecting Sub-Surface Cracks at very Low Frequency - All NORTEC 600 Models145

Figure 5-21 Comparing the Figure 6 (Left) and Figure 8 Filter Signals145

Figure 5-22 Materials-Sub-Surface Cracks at very Low Frequency146

Figure 5-23 the Sub-Surface Application147

Figure 5-24 the Signal on the Cracked Fastener148

Figure 5-25 the Lower Lift-Off Signal as Close as Possible to Horizontal148

Figure 5-26 Adjusting the Vertical Gain149

Figure 5-27 the Signal in Full-Screen Mode149

Figure 5-28 the List of All Parameters150

Inspecting Welds on Ferromagnetic Materials - All NORTEC 600151

Evaluating Paint Thickness on Ferromagnetic Material - All NORTEC 600 Models158

Figure 5-39 the List of All Parameters158

Figure 5-40 Materials-Paint Thickness on Ferromagnetic Material159

Figure 5-41 the Surface Cracks Application160

Figure 5-42 Decreasing the GAIN to Adjust the Signal161

Figure 5-43 Adjusting V POS to Create a Vertical Mark161

Figure 5-44 the Vertical Lines for Different Thicknesses162

Figure 5-45 Using the Vertical Reference Marks for Thickness Evaluation163

Figure 5-46 the List of All Parameters163

Measuring Conductivity and Nonconductive Coating Thickness - NORTEC 600C, NORTEC 600S, and NORTEC 600D Models164

Figure 5-47 Materials-Conductivity and Non-Conductive Coating Thickness164

Figure 5-48 Accessing the Conductivity Function165

Figure 5-49 the Displayed Instruction (1) after Powerlink Acceptance165

Figure 5-50 the Displayed Instruction (3)166

Figure 5-51 the Displayed Instruction (4)167

Figure 5-52 the Confirmation of a Completed Calibration167

Inspecting Aircraft Wheels - All NORTEC 600 Models170

Figure 5-53 Materials-Aircraft Wheels170

Figure 5-54 the Surface Cracks Application171

Figure 5-55 the Signals Extending Across the Screen172

Figure 5-56 Scanning the Center Notch172

Figure 5-57 Setting the Signal as Close as Possible to Horizontal173

Figure 5-58 the Signals Extending Vertically Across the Screen173

Figure 5-59 the Results after Scanning the Standard174

Figure 5-60 the Alarm Parameters175

Inspecting Critical Fastener Holes with a Controlled Translation (Indexing) Scanner - NORTEC 600S and NORTEC 600D Models176

Figure 5-61 the Signal after Fine Tuning176

Figure 5-62 the List of All Parameters176

Figure 5-63 the Indexing Scanner Application177

Figure 5-64 the Figure 6 Filter178

Figure 5-65 Adjusting the Signal Angle179

Figure 5-66 Adjusting the Gain179

Figure 5-67 Adjusting the Vertical Gain180

Figure 5-68 Adjusting the Sync Angle180

Figure 5-69 Using the Waterfall Cursor182

Figure 5-70 the Scan Result182

Special and Educational Applications183

Figure 5-71 the List of All Parameters183

Advanced Dual Frequency Applications199

Figure 5-96 the Scan of the Tapered Part199

Heat Exchanger Tubing Applications238

Figure 5-152 the Display with Adjusted Null Point and Coarse Grid238

Table 6 Recommendations for Heat Exchanger Tubing Applications239

Olympus nortec 600 - Korea Communications Commission (KCC); EMC Directive Compliance; FCC (USA) Compliance

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