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How to clean metal filters or attenuator gratings E Cleaning Information
E6000C Mini-OTDR User’s Guide, E0302
295
Alternative Procedure
For these types of optical devices you can often use an
ultrasonic bath with isopropyl alcohol. Only use the
ultrasonic bath if you are sure that it won’t cause any
damage anything to the device.
1 Put the device into the bath for at least three minutes.
2 Blow away any remaining liquid with compressed air.
If there are any streaks or drying stains on the surface,
repeat the cleaning procedure.
How to clean metal filters or
attenuator gratings
This kind of device is extremely fragile. A misalignment of
the grating leads to inaccurate measurements. Never
touch the surface of the metal filter or attenuator grating.
Be very careful when using or cleaning these devices. Do
not use cotton-swabs or soft-tissues, as there is the danger
that you cannot remove the lint and that the device will be
destroyed by becoming mechanically distorted.
Preferred Procedure
Use the following procedure on most occasions.
1 Use compressed air at a distance and with low pressure
to remove any dust or lint.
Procedure for Stubborn Dirt
Do not use an ultrasonic bath as this can damage your
device.
- E6000C Mini-OTDR User’s Guide 1
- Safety Summary 3
- ATMOSPHERE 4
- Hazardous laser radiation 5
- Safety Labels 8
- Submodule E6007A 10
- About This Manual 11
- 6HUYLFHDQG6XSSRUW 12
- Service and Support 14
- 1 Getting Started 31 15
- 2 Additional Features 67 16
- B Accessories 185 19
- C Specifications 191 19
- Characteristics 206 20
- E Cleaning Information 271 22
- F Environmental Profile 301 23
- G Overview 305 24
- H Appendix: VENDOR.INI 311 24
- I Appendix: 3-λ Module 313 24
- Getting Started 31
- The hardkeys 32
- External Markings 34
- The Mini-OTDR module 35
- Removing a Module 36
- Inserting a Module 37
- Adding a Connector Interface 38
- Switching on the Mini-OTDR 39
- The Applications Screen 39
- OTDR Mode 41
- Taking a Measurement 42
- The parameter windows 44
- NALYSIS] 45
- ETTINGS] menu. The available 45
- The Cursor and Select keys 46
- The popup panel 48
- The Settings screen 50
- UN/STOP again 51
- The File Utilities screen 59
- NTERNAL, FLOPPY 61
- Getting Help 64
- Additional Features 67
- External connections 70
- Switches 71
- Flash Disk, or SRAM Card 72
- Adding a Shoulder Strap 73
- Battery Handling 75
- Charging the Batteries 76
- Battery Storage 77
- Battery safety 77
- Connecting an AC/DC Adapter 78
- The Mini-Keyboard 79
- How to Connect the Fiber 82
- How to Change the Refractive 82
- Index Setting 82
- EFR. IND.> box 83
- How to Make an Automatic 84
- Measurement 84
- How to Run a Manual 86
- How to Run the Measurement 87
- NALYSIS]<SCANTRACE> 88
- How to Use the Event Table 89
- How to Lock the Event Table 91
- How to Use the Pass/Fail test 92
- How to run the Pass/Fail test 93
- UTO PASS/FAIL> from the 96
- IEW]<SET H-OFFSET to A> 96
- ET H-OFFSET TO B> 97
- How to Set the Fiber End 98
- ELECT. Follow “How 99
- How to Print the Measurement 100
- How to make a screen dump 103
- How to Save the Measurement 104
- How to save with a new name 106
- Existing Trace 107
- How to Add a Landmark 108
- IEW] menu 109
- ELECT key 109
- How to Add an Event Comment 110
- How to Add a Reflective Event 111
- Measuring Reflectance 112
- P to return to step 8 114
- Measuring Insertion Loss 115
- P to return to step 19 117
- ELECT to continue 118
- ELECT again to select Ok 118
- How to Add a Non-Reflective 119
- P key (marked A↔B on 120
- Insertion Loss for existing 121
- How to alter measurements in 123
- How to Display and Compare 125
- Two Traces 125
- “How to Set the 126
- Sample Sessions: Instrument 129
- Configuration 129
- How to Set the General 130
- How to change a text setting 132
- How to Set the OTDR Settings 134
- IEW - PREFERENCES options 136
- ELECT. The 137
- How to Connect to a PC using 139
- How to Set up the Printer 141
- How to Add a Logo 142
- ELECT. You see a dialog box 143
- How to Update the Firmware 144
- How to Update the Languages 145
- How to Recall Settings in 150
- EasyMode 150
- LOSE] from the popup 151
- ELECT to read from this file 151
- Config page 152
- Measurement Parameters 154
- How to change the file name 155
- Information 156
- Parameters 157
- Measurements 159
- How to Use the Fiber Break 160
- Using the Fiber Break Locator 161
- ELECT. You 163
- ELECT. If you want to 163
- How to Use Source Mode 164
- How to Use the Power Meter 165
- Submodule 165
- λ from the 166
- Reference Value 167
- How to Perform an Insertion 168
- Loss Measurement 168
- How to Take a Reference value 169
- How to Use the Visual Fault 171
- Finder submodule 171
- OD. You can choose CW for 173
- Installation and Maintenance 175
- Initial Inspection 176
- AC Line Power Supply 177
- Requirements 177
- DC Power Supply Requirements 179
- Operating and Storage 179
- Environment 179
- Parallel Interface 180
- Serial Interfaces 181
- Claims and Repackaging 182
- Installing New Firmware 183
- Accessories 185
- Support Options 187
- Accessories supplied 187
- Related Agilent Literature 189
- Specifications 191
- Definition of Terms / 192
- Measurement Conditions 192
- Extrapolated 193
- Distance 193
- Center wavelength 194
- Distance accuracy 194
- Distance offset error 195
- →group index setting 196
- Analog Waveform 197
- Digitized Waveform 197
- Distance scale error 198
- Dynamic range (RMS) 199
- Deadzone 200
- AAerrorLoss 201
- Noise level (98%) 203
- Noise level (RMS) 203
- Output power (CW) 203
- Output power stability (CW) 204
- Reflectance accuracy 204
- Sample spacing 204
- Signal-to-noise ratio (SNR) 204
- Conditions: 205
- Characteristics 206
- ±0.1 dB ±0.15 dB ±0.1 dB / 207
- ±0.15 dB 207
- Output Connector 208
- Documentation 208
- Scan Trace 208
- Interfaces 209
- Built in Applications 210
- Environmental 210
- 19/17 24/22 30/29 35/34 211
- - / 40 43/ 212
- Agilent E6006A Power Meter 214
- Supplementary Performance 215
- General Specifications: 216
- Agilent E6007A Visual Fault 217
- Finder Submodule 217
- Declaration of Conformity 218
- Single-Mode/Multimode Module 219
- Performance Tests 219
- Test R ecor d 220
- Test F a ilure 221
- Instrument Specification 221
- Test I. Dynamic Range 222
- ETTINGS] 225
- IEW] menu: 225
- NALYSIS] menu 225
- PT. LOSS> 225
- UN/STOP, wait while measuring 226
- OWN (Full Trace) 226
- OOM], then use cursors 227
- IEW]<ADJUST V-OFFSET> 227
- ELECT> 228
- OWN (Around B) to get better 229
- OOM} → 2 km/Div 229
- OOM} → 1dB/Div 229
- Test II. Event Deadzone 230
- Test IV. Distance Accuracy 239
- (Optional) 239
- OWN (Around B) 242
- Performance Test Form Sheets 244
- ∆ on the screen) 247
- Test V. E6006A Power Meter 258
- Conditions 259
- Measurement of DUT 260
- Test of the other wavelength 261
- Reference Measurement 262
- Test of other wavelengths 263
- Fault Finder Submodule 266
- ERO} on the Multimeter 267
- NSTRPRESET 268
- INGLE SWEEP 269
- PAN key 269
- Cleaning Information 271
- Safety Precautions 273
- Why is it important to clean 274
- What do I need for proper 274
- Standard Cleaning Equipment 275
- Cotton swabs 276
- Soft tissues 277
- Pipe cleaner 277
- Compressed air 278
- Additional Cleaning Equipment 279
- Ultrasonic bath 280
- Warm water and liquid soap 280
- Premoistened cleaning wipes 280
- Preserving Connectors 281
- Making Connections 281
- Dust Caps and Shutter Caps 282
- Matching Compounds 283
- Cleaning Instrument Housings 283
- Which Cleaning Procedure 283
- How to clean connectors 284
- Preferred Procedure 285
- Procedure for Stubborn Dirt 285
- An Alternative Procedure 285
- How to clean connector 286
- How to clean lenses 289
- How to clean optical devices 294
- Alternative Procedure 295
- How to clean bare fiber ends 296
- Alternative Procedure A 298
- Alternative Procedure B 298
- Other Cleaning Hints 299
- Environmental Profile 301
- Materials of Construction 302
- Energy Use/Efficiency 302
- Operation Emissions 303
- Materials of Packaging 303
- Learning Products 303
- Agilent Technologies 304
- Manufacturing Process 304
- Overview 305
- GOverview 306
- Figure 90 View a Trace 306
- Figure 91 Use the printer 307
- Appendix: VENDOR.INI 311
- Appendix: 3-λ Module 313
- Laser Safety Information 314
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