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April 2014, Rev. 4 1/2016
©2014-2016 Fluke Corporation
All product names are trademarks of their respective companies.
Versiv
Cabling Certification Product Family
Users Manual
Versiv Software Version 4.5
LIMITED WARRANTY AND LIMITATION OF LIABILITY
Each Fluke Networks product is warranted to be free from defects in material and
workmanship under normal use and service unless stated otherwise herein. The
warranty period for the mainframe is one year and begins on the date of purchase.
Parts, accessories, product repairs and services are warranted for 90 days, unless
otherwise stated. Ni-Cad, Ni-MH and Li-Ion batteries, cables or other peripherals are all
considered parts or accessories. The warranty extends only to the original buyer or end
user customer of a Fluke Networks authorized reseller, and does not apply to any
product which, in Fluke Networks’ opinion, has been misused, abused, altered,
neglected, contaminated, or damaged by accident or abnormal conditions of
operation or handling. Fluke Networks warrants that software will operate
substantially in accordance with its functional specifications for 90 days and that it has
been properly recorded on non-defective media. Fluke Networks does not warrant
that software will be error free or operate without interruption.
Fluke Networks authorized resellers shall extend this warranty on new and unused
products to end-user customers only but have no authority to extend a greater or
different warranty on behalf of Fluke Networks. Warranty support is available only if
product is purchased through a Fluke Networks authorized sales outlet or Buyer has
paid the applicable international price. To the extent permitted by law, Fluke
Networks reserves the right to invoice Buyer for repair/replacement when a product
purchased in one country is submitted for repair in another country.
For a list of authorized resellers, visit
www.flukenetworks.com/wheretobuy.
Fluke Networks warranty obligation is limited, at Fluke Networks option, to refund of
the purchase price, free of charge repair, or replacement of a defective product which
is returned to a Fluke Networks authorized service center within the warranty period.
To obtain warranty service, contact your nearest Fluke Networks authorized service
center to obtain return authorization information, then send the product to that
service center, with a description of the difficulty, postage and insurance prepaid (FOB
destination). Fluke Networks assumes no risk for damage in transit. Following
warranty repair, the product will be returned to Buyer, transportation prepaid (FOB
destination). If Fluke Networks determines that failure was caused by neglect, misuse,
contamination, alteration, accident or abnormal condition of operation or handling,
or normal wear and tear of mechanical components, Fluke Networks will provide an
estimate of repair costs and obtain authorization before commencing the work.
Following repair, the product will be returned to the Buyer transportation prepaid and
the Buyer will be billed for the repair and return transportation charges (FOB Shipping
point).
THIS WARRANTY IS BUYER’S SOLE AND EXCLUSIVE REMEDY AND IS IN LIEU OF ALL
OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY
IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.
FLUKE NETWORKS SHALL NOT BE LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR
CONSEQUENTIAL DAMAGES OR LOSSES, INCLUDING LOSS OF DATA, ARISING FROM
ANY CAUSE OR THEORY.
Since some countries or states do not allow limitation of the term of an implied
warranty, or exclusion or limitation of incidental or consequential damages, the
limitations and exclusions of this warranty may not apply to every buyer. If any
provision of this Warranty is held invalid or unenforceable by a court or other decision-
maker of competent jurisdiction, such holding will not affect the validity or
enforceability of any other provision.
4/15
Fluke Networks
PO Box 777
Everett, WA 98206-0777
USA
i
Contents
Chapter 1 Get Acquainted
Overview of Features ......................................................1
Contact Fluke Networks .................................................2
Register Your Product ....................................................2
Technical Reference Handbook .....................................3
Additional Resources ......................................................3
Supplements and Updated Manuals .............................3
Kit Contents ....................................................................3
Certifications and Compliance .......................................4
Safety Information ...................................................5
For the Versiv Main Unit ..........................................5
For DSX Modules ......................................................8
For CertiFiber Pro OLTS Modules .............................9
For OptiFiber Pro OTDR Modules ............................11
AC Adapter and Battery .................................................12
Charge the Battery ...................................................12
Check the Battery Status ..........................................13
Verify Operation .............................................................15
How to Use the Touchscreen .........................................16
Change the Language ....................................................18
Buttons to Do Tests and Save Results ............................18
Overview of Memory Functions .....................................20
Options for Cable IDs ......................................................21
How to Install a Strap .....................................................22
How to Remove or Install a Module ..............................22
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About LinkWare Applications ....................................... 24
LinkWare PC Cable Test Management Software ... 24
The LinkWare Live Web Application ...................... 24
LinkWare Stats ......................................................... 24
Chapter 2 Certify Twisted Pair Cabling
Overview of Features ..................................................... 25
Connectors, Keys, and LEDs ........................................... 26
About Link Interface Adapters ...................................... 30
About the DSX-PLA001 Adapter Modules .................... 32
The DSX CableAnalyzer Home Screen .......................... 34
Make Sure Your Tester is Ready to Certify Cabling ..... 36
Set the Reference ........................................................... 37
Settings for Twisted Pair Tests ....................................... 38
How to Do an Autotest .................................................. 43
“Bad Patch Cord” Message ............................................ 46
How to Certify Patch Cords ........................................... 47
Twisted Pair Autotest Results ........................................ 47
Automatic Diagnostics ............................................. 48
PASS*/FAIL* Results ................................................. 49
WIRE MAP Tab ......................................................... 50
PERFORMANCE Tab ................................................. 52
Frequency-Domain Results ...................................... 53
How to Save Frequency-Domain Results
as a Plot or a Table ............................................ 53
DIAGNOSTIC and FAULT INFO Tabs ........................ 58
Continuous Tests ...................................................... 58
About the AxTalk Analyzer Kit ..................................... 58
Contents
iii
Chapter 3 Certify Coaxial Cabling
Set the Reference for Coaxial Tests ............................... 59
Settings for Coaxial Tests ............................................... 61
How to Do an Autotest .................................................. 63
Coaxial Autotest Results ................................................ 66
About Splitters ................................................................ 67
Tests Without a Remote ................................................. 68
Continuous Tests ............................................................ 71
Chapter 4 Clean Fiber Endfaces
Always Clean Endfaces Before Tests ............................. 73
How to Use a Fluke Networks IBC OneClick Cleaner ... 76
How to Use Wipes, Swabs, and Solvent ........................78
To Clean Bulkhead Connectors ............................... 78
To Clean the Optical Connectors on the Modules . 79
To Clean Fiber Adapters .......................................... 79
To Clean Connector Ends ........................................ 79
Chapter 5 Inspect Fiber Endfaces
Connectors, Keys, and LEDs ........................................... 82
Settings for FiberInspector Tests ................................... 84
How to Do the FiberInspector Test ............................... 85
Automatic Analysis of Scratches and Defects ............... 90
Fiber Tests with Two Main Testers ................................ 92
Chapter 6 Certify Fiber Cabling
Overview of Features ..................................................... 93
Connectors, Keys, and LEDs ........................................... 94
How to Remove and Install the Connector Adapters ..98
The CertiFiber Pro Home Screen .................................... 100
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Versiv Cabling Certification Product Family
Users Manual
Requirements for Reliable Fiber Test Results ............... 102
About the Reference for Fiber Tests ....................... 103
When to Set the Reference .............................. 103
Good Reference Values ..................................... 104
How to See the Reference Values .................... 105
About Test Reference Cords and Mandrels ............ 105
About the EF-TRC (Encircled-Flux
Test Reference Cords) ....................................... 106
About APC Connectors ...................................... 108
About Standard Mandrels ................................ 110
Settings for Fiber Tests ................................................... 110
About 1 Jumper Reference Connections ...................... 117
Autotest in Smart Remote Mode .................................. 118
Fiber Tests with Two Main Testers .......................... 118
Step 1: Set the Reference in Smart Remote Mode 120
Step 2: Measure the Loss of the Test
Reference Cord You Will Add ................................. 122
Step 3: Do an Autotest in Smart Remote Mode .... 123
Autotest Results for Smart Remote Mode ............. 124
Fiber IDs for Saved Results in Smart Remote Mode 124
Autotest in Loopback Mode .......................................... 126
Step 1: Set the Reference in Loopback Mode ........ 128
Step 2: Measure the Loss of the Test Reference
Cord You Will Add ................................................... 130
Step 3: Do an Autotest in Loopback Mode ............ 131
Autotest Results for Loopback Mode ..................... 132
Autotest in Far End Source Mode ................................. 134
Auto Wavelength Modes ........................................ 134
Step 1: Set the Reference in Far End Source Mode 136
Contents
v
Step 2: Measure the Loss of the Test Reference
Cord You Will Add ................................................... 139
Step 3: Do an Autotest in Far End Source Mode .... 140
Autotest Results for Far End Source Mode ............. 141
Bi-Directional Tests ......................................................... 143
Chapter 7 Use the OTDR
Overview of Features ..................................................... 145
Connectors, Keys, and LEDs ........................................... 146
How to Remove and Install the Connector Adapters ..148
The OptiFiber Pro Home Screen .................................... 150
Settings for OTDR Tests .................................................. 152
About Launch and Tail Cords ........................................156
How to Prevent Damage to the Launch
Cord Connectors ...................................................... 158
How to Hang the Launch Cords .............................. 158
OTDR Port Connection Quality ...................................... 159
How to Do an OTDR Test ............................................... 161
OTDR Results ................................................................... 165
EventMap ................................................................. 165
Event Table ............................................................... 170
OTDR Trace ............................................................... 172
The FaultMap Test .......................................................... 174
How to Do the FaultMap Test ................................. 175
FaultMap Screen ...................................................... 178
The SmartLoop Test ........................................................ 180
How To Do an Auto SmartLoop Test ...................... 181
SmartLoop Results ................................................... 184
Bi-Directional SmartLoop Tests ............................... 185
How to Do a Bi-Directional SmartLoop Test .......... 185
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Averaged Bi-Directional Results .............................. 188
Chapter 8 Use the Visual Fault Locator
Visual Fault Locator Applications .................................. 191
How to Use the VFL ........................................................ 192
Chapter 9 Monitor Optical Power
How to Monitor Power and Loss ................................... 195
How to Control the Light Source .................................. 199
Use the Display to Control the Main
Tester’s Light Source ................................................ 200
Use the Module’s Button to Control the
Light Source ............................................................. 200
Chapter 10 Manage Test Results
View Saved Results ......................................................... 203
How to Add a Result to a Saved Result ........................ 206
How to Replace a Saved Result that Failed .................. 207
Delete, Rename, and Move Results ............................... 208
Manage Results on a Flash Drive ................................... 209
Upload Results to a PC ................................................... 210
View the Memory Status ............................................... 212
Chapter 11 Use Projects
Why Use Projects? .......................................................... 213
Set Up a Project .............................................................. 214
The PROJECT Screen ....................................................... 214
The CABLE ID SETUP Screen ........................................... 217
About Next ID Sets ......................................................... 217
Manage Projects on a Flash Drive ................................. 220
Copy Project Settings to Other Testers ......................... 221
Contents
vii
Chapter 12 Sync Projects with LinkWare
Live
Sign Up for a LinkWare Live Account ........................... 223
How to See the Tester’s MAC Address .......................... 224
Use LinkWare Live Through a Wired
Ethernet Network ........................................................... 224
Use LinkWare Live Through a Wi-Fi
Ethernet Network ........................................................... 225
Change the Network Settings ....................................... 228
Settings for the Wired Port ..................................... 228
Settings for the Wi-Fi Port ....................................... 228
Sign Your Tester Out of LinkWare Live ......................... 230
Get Started with LinkWare Live .................................... 230
Sign In to LinkWare Live from a
Desktop or Mobile Device ....................................... 230
Import Projects from LinkWare Live into
LinkWare PC .................................................................... 231
Chapter 13 Maintenance
Verify Operation ............................................................. 234
Clean the Tester .............................................................. 234
Clean the FI-1000 Video Probe ...................................... 234
Traceable Calibration Period ......................................... 235
See Information About the Tester ................................ 235
Update the Software ...................................................... 235
Use a PC to Update the Software ........................... 236
Use an Updated Main Tester to Update
Other Testers ............................................................ 238
Use LinkWare Live to Update the Software ........... 238
Update the Software in a Module .......................... 240
Extend the Life of the Battery ....................................... 240
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Store the Tester .............................................................. 240
Remove the Battery ....................................................... 240
Calibration ...................................................................... 241
If the Tester Does Not Operate as Usual ....................... 241
Options and Accessories ................................................ 242
Regulatory Information ................................................. 243
Appendix A: Reference Method Names
Appendix B: Modified 1 Jumper Reference Method
ix
List of Figures
Figure Page
1. LEDs Show the Remote’s Battery Status ........................ 14
2. Connections to See the Status of a Remote’s Battery... 15
3. How to Zoom the Screen ................................................ 17
4. FIX LATER, TEST AGAIN, and TEST Buttons
and the TEST Key............................................................. 18
5. How to Install a Strap and Use the Hand Strap............. 22
6. How to Remove and Install a Module ........................... 23
7. Main Tester Connectors, Keys, and LEDs ....................... 26
8. Remote Tester Connectors, Keys, and LEDs................... 28
9. How to Attach and Remove Link Interface Adapters ... 30
10. How to Prevent Damage to the Permanent
Link Adapter Cables ........................................................ 31
11. How to Change the Personality Module
on a DSX-PLA001 Adapter .............................................. 33
12. The Home Screen for the DSX CableAnalyzer............... 34
13. Reference Connections for Twisted Pair Cable ............. 38
14. Outlet Configurations..................................................... 42
15. Equipment for Autotests on Twisted Pair Cable ........... 43
16. Permanent Link Connections.......................................... 45
17. Channel Connections ...................................................... 46
18. Examples of Fault Information Screens ......................... 49
19. PASS* and FAIL* Results ................................................. 50
20. WIRE MAP Tab................................................................. 51
21. PERFORMANCE Tab......................................................... 52
22. Tabular Results Screen for a Frequency-Domain Test... 54
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23. Plot Screen for a Frequency-Domain Test ......................56
24. Reference Connections for Tests on Coaxial Cabling ....60
25. Equipment for Tests on Coaxial Cabling ........................64
26. Examples of Connections for Tests on Coaxial Cabling.65
27. Autotest Results for Coaxial Cabling..............................66
28. Connections for Coaxial Tests Without a Remote .........70
29. Examples of Clean and Dirty Fiber Endfaces..................73
30. Equipment to Clean and Inspect Fiber Endfaces ...........75
31. How to Use the IBC OneClick Cleaner ............................77
32. Connectors, Keys, and LEDs ............................................82
33. Equipment for the FiberInspector Test ..........................85
34. How to Use the FI-1000 Probe ........................................87
35. How to Use the Optional MPO/MTP
®
Inspection Tip.....87
36. FiberInspector Image with Manual Grading Selected...88
37. FiberInspector Image with Defect Analysis....................91
38. Main Tester Connectors, Keys, and LEDs
(CFP-QUAD module shown) ............................................94
39. Remote Tester Connectors, Keys, and LEDs
(CFP-QUAD module shown) ............................................96
40. How to Remove and Install the Connector Adapters....99
41. The Home Screen for CertiFiber Pro Modules................100
42. How to Prevent Damage to the EF-TRC Fiber Cables ....107
43. TRCs Necessary for Links with APC Connectors..............109
44. Screen to Set the Number of Connectors,
Splices, and Jumpers ........................................................114
45. How to Count the Numbers of Connectors,
Splices, and Jumpers ........................................................116
46. Equipment for Autotests in Smart Remote Mode.........119
47. Connections for Smart Remote Mode
(1 Jumper Reference, Multimode Fiber) ........................121
List of Figures
xi
48. Result for Smart Remote Mode
(Unsaved Bi-Directional Results Shown) ........................ 125
49. Equipment for Autotests in Loopback Mode ................ 127
50. Connections for Loopback Mode
(1 Jumper Reference, Multimode Fiber) ........................ 129
51. Result for Loopback Mode ............................................. 132
52. Equipment for Autotests in Far End Source Mode ....... 135
53. Connections for Far End Source Mode
(1 Jumper Reference Multimode Fiber) ......................... 138
54. Result for Far End Source Mode..................................... 142
55. Connectors, Keys, and LEDs (OptiFiber Pro Quad
OTDR shown)................................................................... 147
56. How to Remove and Install the Connector Adapters ... 149
57. The Home Screen ............................................................ 150
58. How to Prevent Damage to the Launch
Cord Connectors.............................................................. 158
59. How to Use the Optional TPAK Magnetic Hanger........ 159
60. The OTDR Port Connection Quality Gauge and
Progress Screen................................................................ 160
61. Equipment for OTDR Tests ............................................. 161
62. OTDR Connected with a Launch Cord ........................... 162
63. OTDR Connected with Launch and Tail Cords............... 163
64. OTDR Connected to a Spool of Fiber ............................. 164
65. EventMap Example 1 ...................................................... 166
66. EventMap Example 2 ...................................................... 169
67. Event Table ...................................................................... 171
68. OTDR Trace ...................................................................... 172
69. Equipment for FaultMap Tests ....................................... 176
70. FaultMap Test Connections ............................................ 177
71. FaultMap Screen.............................................................. 178
72. Equipment for SmartLoop Tests..................................... 180
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73. SmartLoop Launch Compensation Connections ............182
74. SmartLoop Test Connections ..........................................183
75. EventMap from a SmartLoop Test ..................................184
76. SmartLoop Test Connections for a Bi-Directional Test..187
77. EventMap for Averaged, Bi-Directional
SmartLoop Results ...........................................................189
78. Equipment for Visual Fault Locator Tests ......................192
79. How to Use the Visual Fault Locator ..............................194
80. Equipment for Power Meter Measurements .................196
81. Connections to Monitor Power and Loss .......................197
82. Power Meter Measurements and Controls ....................198
83. Light Source Controls for the Main Tester .....................201
84. RESULTS Screen ................................................................204
85. How to Connect the Tester to a PC ................................211
86. PROJECT Screen ...............................................................215
87. CABLE ID SETUP Screen
(after you enter the first and last IDs)............................218
88. SYNC PROJECTS Screen....................................................227
89. How to Connect the Tester to a PC ................................237
90. How to Connect Units Together to
Update the Software .......................................................239
91. How to Remove the Battery ...........................................241
B-1. Modified 1 Jumper Reference Method for
Smart Remote Mode .......................................................248
1
Chapter 1: Get Acquainted
Overview of Features
The Versiv
main and remote units are rugged, hand-held
instruments that you configure to certify, troubleshoot, and
document copper and fiber optic cabling. The Versiv platform
includes these features:
Operates with DSX-5000 CableAnalyzer
modules to certify
twisted pair cabling. See Chapter 2.
Operates with CertiFiber
®
Pro Optical Loss Test Set (OLTS)
modules to measure optical power loss and length on dual-
fiber, multimode and singlemode cabling. See Chapter 6.
Operates with OptiFiber
®
Pro OTDR modules to locate,
identify, and measure reflective and loss events in multimode
and singlemode fibers. See Chapter 7.
Operates with OneTouch
AT Network Assistant module to
test, troubleshoot, and document network performance. See
the Fluke Networks website for more information.
Gives a PASS or FAIL result based on a test limit that you
specify.
Taptive
user interface lets you quickly navigate through
different views of the results and see more information about
cables.
ProjX
management system lets you set up projects to specify
the types of tests and the cable IDs necessary for a job and
monitor the progress and status of the job.
You can connect the tester to a wired or Wi-Fi network and
use the LinkWare
Live web application to manage your
projects from a desktop or mobile device.
LinkWare PC software lets you upload test results to a PC and
make professional-quality test reports.
Versiv Cabling Certification Product Family
Users Manual
2
LinkWare Stats software makes browsable, graphical reports
of cable test statistics.
Contact Fluke Networks
www.flukenetworks.com
support@flukenetworks.com
+1-425-446-5500
Fluke Networks
PO Box 777
Everett, WA 98206-0777
USA
Australia: 61 (2) 8850-3333 or 61 (3) 9329 0244
Beijing: 86 (10) 6512-3435
Brazil: 11 3759 7600
Canada: 1-800-363-5853
Europe: +31-(0) 40 2675 600
Hong Kong: 852 2721-3228
Japan: 03-6714-3117
Korea: 82 2 539-6311
Singapore: +65-6799-5566
Taiwan: (886) 2-227-83199
USA: 1-800-283-5853
Visit our website for a complete list of phone numbers.
Register Your Product
Registering your product with Fluke Networks gives you access to
valuable information on product updates, troubleshooting tips,
and other support services. If you purchased a Gold Support plan,
registration also activates your plan.
To register your product, use LinkWare PC software.
Chapter 1: Get Acquainted
Technical Reference Handbook
3
Technical Reference Handbook
The Versiv Technical Reference Handbook has more information
about the tester. The Handbook is available on the Fluke
Networks website.
Additional Resources
The Fluke Networks Knowledge Base answers common questions
about Fluke Networks products and provides articles on cable
testing techniques and technology.
To access the Knowledge Base, log on to www.flukenetworks.com,
then click SUPPORT > Knowledge Base.
Supplements and Updated Manuals
If necessary, Fluke Networks will put a supplement for this
manual, or an updated manual, on the Fluke Networks website.
To see if a supplement or updated manual is available, log on to
www.flukenetworks.com, click SUPPORT > Manuals, then select a
product.
Kit Contents
For a list of the contents of your Versiv kit, see the list that came
in the product’s box or see the lists of models and accessories on
the Fluke Networks website. If something is damaged or missing,
contact the place of purchase immediately.
Versiv Cabling Certification Product Family
Users Manual
4
Certifications and Compliance
Conformite Europeene. Conforms to requirements of European
Union directives. Safety requirements for electrical equipment for
measurement, control, and laboratory use.
Conforms to relevant North American standards.
Conforms to relevant Australian standards.
Conforms to relevant Russian standards.
EMC
IEC 61326-1 (Basic EM environment); CISPR 11 (Group 1, Class A)
Group 1 equipment: group 1 has intentionally generated and/or
use conductively coupled radio-frequency energy which is necessary
for the internal functioning of the equipment itself.
Class A equipment is equipment suitable for use in all
establishments other than domestic and those directly connected to
a low voltage power supply network which supplies buildings used
for domestic purposes.
47 CFR 15 subpart B, this product is considered an exempt device
per clause 15.103
KCC-REM-FKN-012001001: EMC approval for Korea
Class A Equipment (Industrial Broadcasting & Communication
Equipment)
This product meets requirements for industrial (Class A)
electromagnetic wave equipment and the seller or user should take
notice of it. This equipment is intended for use in business
environments and is not to be used in homes.
A 급 기기 ( 업무용 방송통신기자재 )
이 기기는 업무용 (A ) 전자파적합기기로서 판매자 또는 사용자는 이 점
주의하시기 바라며 , 가정외의 지역에서 사용하는 것을 목적으로합니다 .
Chapter 1: Get Acquainted
Safety Information
5
Safety Information
Table 1 shows the international electrical symbols used on the
tester or in this manual.
: This key turns the tester on and off.
For the Versiv Main Unit
Warning
To prevent possible fire, electric shock, or personal
injury:
Read all safety information before you use the
Product.
Carefully read all instructions.
Do not open the case. You cannot repair or replace
parts in the case.
Do not modify the Product.
Use only replacement parts that are approved by
Fluke Networks.
Do not touch voltages > 30 V AC rms, 42 V AC peak,
or 60 V DC.
Table 1. International Electrical Symbols
Warning: Risk of fire, electric shock, or personal injury.
Warning or Caution: Risk of damage or destruction to equipment
or software. See explanations in the manuals.
Do not connect this equipment to public communications networks,
such as telephone systems.
Warning: Class 1 (OUTPUT port) and Class 2 (VFL port) lasers. Risk of
eye damage from hazardous radiation.
Do not put products containing circuit boards into the garbage.
Dispose of circuit boards in accordance with local regulations.
Versiv Cabling Certification Product Family
Users Manual
6
Do not use the Product around explosive gas, vapor,
or in damp or wet environments.
Use this Product indoors only.
Use the Product only as specified, or the protection
supplied by the Product can be compromised.
Do not use and disable the Product if it is damaged.
Do not use the Product if it operates incorrectly.
Batteries contain hazardous chemicals that can
cause burns or explode. If exposure to chemicals
occurs, clean with water and get medical aid.
Remove the batteries if the Product is not used for
an extended period of time, or if stored in
temperatures above 50 °C. If the batteries are not
removed, battery leakage can damage the Product.
The performance of rechargeable batteries typically
goes down to 80% of the specified performance
after 2 years of frequent use. Frequent use is when
you discharge the battery completely and recharge
it every day. Fluke Networks recommends that you
replace frequently-used rechargeable batteries
every 2 years.
The performance of rechargeable batteries typically
goes down to 80% of the specified performance
after 5 years of moderate use. Moderate use is
when you discharge the battery completely and
recharge it twice each week. Fluke Networks
recommends that you replace moderately-used
rechargeable battery every 5 years.
Typical battery life is 8 hours. If your battery life
goes down by 20% or more, then replace the
battery the next time you send the tester to a
service center for service or calibration.
If the rechargeable battery is hot when you charge
it (>50 °C (>122 °F)), disconnect the charger and
move product or battery to a cool, nonflammable
location. Recycle the battery according to local
Chapter 1: Get Acquainted
Safety Information
7
regulations and return the product for service as
applicable.
The battery door must be closed and locked before
you operate the Product.
Repair the Product before use if the battery leaks.
Recharge the batteries when the low battery
indicator shows to prevent incorrect measurements.
Turn off the Product and disconnect all test leads,
patch cords, and cables before you replace the
battery.
Do not disassemble or crush battery cells and
battery packs.
Do not put battery cells and battery packs near heat
or fire. Do not put in direct sunlight.
Have an approved technician repair the Product.
Use only AC adapters approved by Fluke Networks
for use with the Product to supply power to the
Product and charge the battery.
Versiv Cabling Certification Product Family
Users Manual
8
Caution
To prevent damage to the tester or cables under
test and to prevent data loss:
Keep modules attached to the Versiv units to give
protection to the module connectors.
Do not remove the USB flash drive while the LED on
the drive flashes. Doing so can corrupt the data on
the drive.
You can lose a USB flash drive, cause damage to it,
or accidentally erase the contents of the drive. Thus,
Fluke Networks recommends that you save no more
than one day of test results on a flash drive, or that
you upload results to LinkWare Live. See Chapter 12.
For DSX Modules
Warning
To prevent possible fire, electric shock, or personal
injury:
Do not connect the tester to telephony inputs,
systems, or equipment, including ISDN inputs.
Doing so is a misapplication of this product, which
can cause damage to the tester and make a possible
shock hazard for the user.
Always turn on the tester before you connect it to a
link. Doing so activates the tester’s input protection
circuitry.
Do not operate the Product with covers removed or
the case open. Hazardous voltage exposure is
possible.
Remove the input signals before you clean the
Product.
Do not put metal objects into connectors.
Chapter 1: Get Acquainted
Safety Information
9
Caution
To prevent damage to the tester or cables under
test, to prevent data loss, and to make sure your
test results are as accurate as possible:
Do not connect the tester to an active network.
Doing so causes unreliable test results, can disrupt
network operations, and can cause damage to the
tester.
Connect to the adapters only plugs that are made
for Ethernet applications, such as RJ45, ARJ45, and
Cat 7 plugs. Other types of plugs, such as RJ11
(telephone) plugs, can cause permanent damage to
the jacks.
To make sure your test results are as accurate as
possible, do the reference procedure every 30 days.
See “About Link Interface Adapters” on page 30.
Do not operate portable transmitting devices, such
as walkie-talkies and cell phones, during a cable
test. Doing so can cause errors in test results.
For permanent link adapters, do not twist, pull on,
pinch, crush, or make kinks in the cables. See Figure
10 on page 31.
For CertiFiber Pro OLTS Modules
Warning: Class 1 and Class 2 Laser Products
To prevent possible eye damage caused by
hazardous radiation:
Do not look directly into optical connectors. Some
optical equipment emits invisible radiation that can
cause permanent damage to your eyes.
Keep the module’s OUTPUT ports covered with a
dust cap or keep a test reference cord attached. The
OUTPUT ports can emit radiation even when you do
not do a test.
Versiv Cabling Certification Product Family
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10
When you inspect fiber endfaces, use only
magnification devices that have the correct filters.
Use the Product only as specified or hazardous laser
radiation exposure can occur.
Caution
To prevent damage to the tester or cables under
test and to prevent data loss:
Do not connect the tester to an active network.
Doing so causes unreliable test results, can disrupt
network operations, and can cause damage to the
module’s receiver.
Use proper cleaning procedures to clean all fiber
connectors before every use. Neglecting this step or
using improper procedures can cause unreliable test
results and may permanently damage the
connectors. See Chapter 4.
Use a video probe to periodically inspect the
module’s optical connectors for scratches and other
damage.
To make sure your test results are as accurate as
possible, do the reference procedure frequently. See
“About the Reference for Fiber Tests” on page 103.
Use only high-quality test reference cords that
comply with the standards. See “About Test
Reference Cords and Mandrels” on page 105
Chapter 1: Get Acquainted
Safety Information
11
For OptiFiber Pro OTDR Modules
Warning: Class 1 and Class 2 Laser Products
To prevent possible eye damage caused by
hazardous radiation:
Do not look directly into optical connectors. Some
optical equipment emits invisible radiation that can
cause permanent damage to your eyes.
Do not do any tests that activate the outputs on the
tester unless a fiber is attached to the output.
When you inspect fiber endfaces, use only
magnification devices that have the correct filters.
Use of controls, adjustments, or procedures not
stated herein can possibly result in hazardous
radiation exposure.
Caution
To prevent damage to the tester or cables under
test:
Do not connect the OTDR port to an optical source.
Doing so can cause damage to the OTDR receiver.
Do not connect the tester to an active network.
Doing so causes unreliable test results, can disrupt
network operations, and can cause damage to the
OTDR receiver.
Do not touch reflective surfaces (such as metal) to
the end of a fiber cable connected to the OTDR
when the OTDR is operating. An open fiber
connector endface has about a 4% reflection.
Holding a reflective surface near the connector
endface can cause more than a 4% reflection, which
can damage the photodetector in the OTDR.
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12
Use proper cleaning procedures to clean all fiber
connectors before every use. Neglecting this step or
using improper procedures can cause unreliable test
results and may permanently damage the
connectors. See Chapter 4.
Use a video probe to periodically inspect the OTDR
connectors for scratches and other damage.
Read the instructions for splice machines before
using the OTDR to monitor splicing procedures. The
OTDR can interfere with the light injection detection
techniques used by some splicers.
AC Adapter and Battery
You can use the AC adapter (model VERSIV-ACUN) or the lithium
ion battery (model VERSIV-BATTERY) to supply power to the
tester.
To remove the battery, see “Remove the Battery” on page 240.
Charge the Battery
Before you use the battery for the first time, charge the battery
for about 2 hours with the tester turned off.
To charge the battery
Connect the AC adapter to the 15V jack on the left side of the
tester. The LED near the AC adapter connector is red when the
battery charges, and green when the battery is fully charged.
A fully-charged battery operates for approximately 8 hours of
typical use. The battery takes approximately 4 hours to fully
charge when the tester is turned off.
Chapter 1: Get Acquainted
AC Adapter and Battery
13
Notes
You do not need to fully discharge the battery
before you recharge it.
The battery will not charge if its temperature is
outside the range of 32 °F to 104 °F (0 °C to 40 °C).
The LED near the connection for the AC adapter is
yellow if the battery will not charge.
Check the Battery Status
On a main tester
The battery status icon is in the upper-left corner of the screen:
Battery is full.
Battery is approximately half full.
If the AC adapter is not connected, the red bar shows that
the battery is very low. Connect the AC adapter to charge
the battery and make sure the tester continues to operate.
The red bar also shows if the AC adapter is connected, but the
battery is not installed.
On a remote
The LEDs show the battery status at the end of the power-up
sequence, as shown in Figure 1.
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GPU102.EPS
Figure 1. LEDs Show the Remote’s Battery Status
To see more information about a remote’s battery status
1 Make the connections shown in Figure 2 and turn on both
testers.
2 For CertiFiber Pro testers, select Smart Remote or Loopback
mode.
3 Make sure the connection icon shows at the top of the screen
().
4 Tap TOOLS, then tap Battery Status.
When the AC adapter is not connected, the screen shows the
Time Remaining, which is the approximate battery life at the
present rate of use.
84 % - 100 %
67 % - 83 %
51 % - 66 %
34 % - 50 %
18 % - 33 %
0 % - 17 %
Chapter 1: Get Acquainted
Verify Operation
15
Verify Operation
The tester does a self test when you turn it on. If the tester shows
an error or does not turn on, refer to “If the Tester Does Not
Operate as Usual” on page 241.
GPU148.EPS
Figure 2. Connections to See the Status of a Remote’s Battery
DSX CableAnalyzer modules
with two channel adapters
and a patch cord
CertiFiber Pro
modules and two
fiber patch cords
DSX CableAnalyzer modules
with permanent link and
channel adapters
Versiv Cabling Certification Product Family
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How to Use the Touchscreen
The Versiv main unit’s Taptive
user interface lets you use a
touchscreen to control the tester. You can operate the
touchscreen with your fingertip or with a stylus that is made for
projected capacitance touchscreens.
Caution
For correct operation and to prevent damage to the
touchscreen:
Touch the screen only with your fingers or with a
stylus that is made for projected capacitance
touchscreens. Do not use too much force.
Do not touch the screen with sharp objects.
Note
The touchscreen will not respond if you tap it with
your fingernail or an incorrect type of stylus or if
you wear non-conductive gloves.
To use the touchscreen
To select an item on the screen, tap the item lightly with your
fingertip.
To scroll a screen, lightly touch the screen then move your
fingertip in the direction you want the screen to move.
On screens that show a plot, trace, or FiberInspector image,
you can drag some items, such as the measurement cursor on
a plot or trace or the image on a FiberInspector screen. These
screens also have a zoom function, as shown in Figure 3.
To clean the touchscreen
Turn off the tester, then use a soft, lint-free cloth that is moist
with a mild detergent.
Caution
When you clean the touchscreen, do not let liquid
get under the plastic around the touchscreen.
Chapter 1: Get Acquainted
How to Use the Touchscreen
17
GPU45.EPS
Figure 3. How to Zoom the Screen
To quickly go back to 1:1
magnification, double-tap the
screen.
To zoom in, use the reverse-
pinch gesture
To zoom out, use the pinch
gesture
To move the image, drag it in
any direction.
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Change the Language
On the home screen, tap the TOOLS icon, tap Language, then tap
a language.
Buttons to Do Tests and Save Results
When a test is completed and more than one button shows at the
bottom of the screen, the tester highlights one in yellow to
recommend which one to tap. Figure 4 shows the buttons you will
see.
Note
To change the Auto Save setting, tap the Next ID
panel on the home screen.
GPU40.EPS
Figure 4. FIX LATER, TEST AGAIN, and TEST Buttons and the TEST Key
A
B
C
D
F
E
G
Chapter 1: Get Acquainted
Buttons to Do Tests and Save Results
19
SAVE (yellow), TEST (gray): These buttons show if the test
passed and Auto Save is off. When you tap SAVE, you can save
the results with an ID that you make or select. When you tap
TEST, you can select to save the results or do the test again and
not save the results.
UNSAVED RESULT: This button shows if Auto Save is off and
you go to the home screen when a test is completed. Tap this
button to see the result.
FIX LATER: This button shows if the test failed or had a PASS*
result and the result has not been saved.
TEST AGAIN: This button shows if the test failed or had a PASS*
result. Tap this button to do the test again. If Auto Save is on,
the tester saves subsequent results with the same ID. If the test
fails again, you can tap FIX LATER to save the result if necessary.
When you look at a saved result that failed, tap TEST AGAIN to
do the test again for the same ID and with the same test settings
as the saved result.
TEST (yellow): This button shows if the test passed and Auto
Save is on. When Auto Save is on, the tester saves results with
the next available ID when the test is completed. When you tap
TEST, the tester does a test for the next available ID.
: The key does the same function as the TEST button.
When TEST AGAIN shows, you can press to do a test on
the next ID.
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Overview of Memory Functions
These are the approximate numbers of tests you can save in a
Versiv main tester:
DSX CableAnalyzer tests: 12,700 Cat 6A Autotest results, with
plot data included.
CertiFiber Pro tests: Autotest results for 30,000 fibers.
OptiFiber Pro OTDR tests: 2000 OTDR tests on fiber links with
an average length of 2 km, and up to 5000 tests for lengths
less than 2 km.
The number of test results you can save decreases if you save
more tests in each record, or if you save tests that use more
memory. For example, records that include OTDR tests and
images from the video probe use more memory than records
that include OTDR tests and FaultMap tests.
The capacity available for test results depends on the space used
by the software and custom test limits in the tester.
To see the memory status
On the home screen, tap the TOOLS icon, then tap Memory
Status.
To make more memory available, you can export results to a USB
flash drive, then delete the results in the tester. See “Manage
Results on a Flash Drive” on page 209.
Chapter 1: Get Acquainted
Options for Cable IDs
21
Options for Cable IDs
When you save the test results for a cable, you usually give the
results the name that is the ID for the cable. There are several
methods you can use to make IDs for test results:
You can use the CABLE ID SETUP screen to make a set of
sequential IDs. The tester uses the IDs in sequence as the
names for the results you save. When Auto Save is on, the
tester automatically saves each result with the next available
ID in the set.
A cable ID set also lets you use IDs again so you can add
different results to tests you saved before.
You can enter an ID each time you do a test. To do this, turn
off the Auto Save function (see page 22). Each time a test is
completed, tap SAVE (if the test passed) or FIX LATER (if the
test failed), then enter an ID manually.
You can use LinkWare PC software to make a set of IDs,
download the set to the tester, then import it into a project.
After you do a test, you can enter the ID for a test you saved
before. This lets you replace results or add different results to
a test you saved before.
If the test failed before, and you saved the results, you can
select it on the RESULTS screen, then press TEST AGAIN to
replace the results for that ID.
Notes
Cable IDs are case-sensitive. For example, the
tester saves result with the names “A0” and “a0”
in two different records.
A cable ID can have a maximum of 60 characters.
If you delete all the ID sets in a project, the tester
makes a default set that starts with 001.
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To turn the Auto Save function on or off
1 On the home screen, tap the Next ID panel.
2 On the CHANGE ID screen, tap the On/Off control next to
Auto Save.
3 Tap DONE.
How to Install a Strap
Two types of straps are available for the tester: a hand strap that
helps you hold the tester, and an optional carrying strap that lets
you carry and hang the tester. Figure 5 shows how to install a
strap and how to use the hand strap.
GPU43.EPS
Figure 5. How to Install a Strap and Use the Hand Strap
How to Remove or Install a Module
Figure 6 shows how to remove and install the module.
Chapter 1: Get Acquainted
How to Remove or Install a Module
23
Note
It is not necessary to turn off the tester before you
remove or install a module.
GPU20.EPS
Figure 6. How to Remove and Install a Module
A
B
D
D
C
C
B
A
A
Removal
Installation
Caution
To prevent damage to the case,
push the latches down ()
before you turn them (
).
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About LinkWare Applications
LinkWare PC Cable Test Management Software
The LinkWare PC Cable Test Management software lets you
upload test records to a PC, organize and examine test results,
print professional-quality test reports, and do software updates
and other maintenance procedures on your tester.
You can download LinkWare PC from the Fluke Networks
website.
The LinkWare Live Web Application
The LinkWare Live web application lets you do these project
management tasks from a desktop or mobile device:
Monitor the progress on projects.
Enter administrative information for projects, such as start
and end dates, project IDs, and site addresses.
See summary and detailed views of test results.
Assign projects to operators in the field.
Transfer projects to LinkWare PC software.
To get started with LinkWare Live, see Chapter 12.
LinkWare Stats
The LinkWare Stats Statistical Report software that is included
with LinkWare PC software provides statistical analysis of cable
test reports and generates browsable, graphical reports.
For instructions about LinkWare PC and LinkWare Stats software,
see the guides for getting started and the online help available
under Help on the LinkWare PC and LinkWare Stats menus.
25
Chapter 2: Certify Twisted Pair
Cabling
Warning
Before you use the DSX CableAnalyzer, read the
safety information that starts on page 5.
Overview of Features
The Fluke Networks DSX CableAnalyzer
modules attach to
Versiv
main and remote units to make rugged, hand-held testers
that let you certify, troubleshoot, and document twisted pair
network cabling. The testers includes these features:
DSX-5000 modules certify twisted pair cabling to Class F
A
limits (1000 MHz) in less than 15 seconds.
Gives a PASS or FAIL result based on a test limit that you
specify.
You can save approximately 12,700 Cat 6A Autotest results,
with plot data, in the tester’s internal memory. You can save
more results on a removable flash drive.
AxTalk software, which is available on the Fluke Networks
website, lets you do tests for alien crosstalk.
Versiv Cabling Certification Product Family
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Connectors, Keys, and LEDs
GPU88.EPS
Figure 7. Main Tester Connectors, Keys, and LEDs
Connector for a link interface adapter
RJ45 jack for communications between the main and remote
testers when you do alien crosstalk measurements. See
“About the AxTalk Analyzer Kit” on page 58.
LCD display with touchscreen
Chapter 2: Certify Twisted Pair Cabling
Connectors, Keys, and LEDs
27
: Starts a test. Turns on the tone generator if a remote
tester is not connected to the main tester. To start a test, you
can also tap TEST on the display.
: Power key
: Press to go to the home screen.
Connector for the AC adapter. The LED is red when the
battery charges, and green when the battery is fully charged.
The LED is yellow if the battery will not charge. See “Charge
the Battery” on page 12.
RJ45 connector: Lets you connect to a network for access to
Fluke Networks cloud services.
Micro-AB USB port: This USB port lets you connect the tester
to a PC so you can upload test results to the PC and install
software updates in the tester.
Type A USB port: This USB host port lets you save test results
on a USB flash drive, connect the FI-1000 video probe to the
tester, and connect a Wi-Fi adapter for access to Fluke Networks
cloud services.
Headset jack
Note
If you have two main testers, you can use one as a
remote. To select the remote function, tap TOOLS
> Main as Remote.
Versiv Cabling Certification Product Family
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GPU42.EPS
Figure 8. Remote Tester Connectors, Keys, and LEDs
Connector for a link interface adapter
RJ45 jack for communications between the main and remote
testers when you do alien crosstalk measurements. See
“About the AxTalk Analyzer Kit” on page 58.
PASS LED comes on when a test passes.
TEST LED comes on during a test.
FAIL LED comes on when a test fails.
A
B
G
C
H
D
E
F
I
Chapter 2: Certify Twisted Pair Cabling
Connectors, Keys, and LEDs
29
TALK LED comes on when the talk function is on (). The LED
flashes until the main tester accepts the request to talk.
TONE LED flashes and the tone generator comes on if you press
when a main tester is not connected to the remote.
LOW BATTERY LED comes on when the battery is low.
The LEDs also have these functions:
Battery gauge (see Figure 1 on page 14)
Volume indicator for the TALK function
Progress indicator for software updates
: Starts a test. Turns on the tone generator if a main
tester is not connected to the remote.
: Power key
: Press to use the headset to speak to the person at
the other end of the link. Press again to adjust the volume. To
turn off the talk function, hold down .
Connector for the AC adapter. The LED is red when the
battery charges, and green when the battery is fully charged.
The LED is yellow if the battery will not charge. See “Charge
the Battery” on page 12.
Micro-AB USB port: This USB port lets you connect the tester
to a PC so you can install software updates in the tester.
Headset jack
Versiv Cabling Certification Product Family
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About Link Interface Adapters
Link interface adapters let you connect the DSX CableAnalyzer to
different types of twisted pair links. Figure 9 shows how to attach
and remove adapters.
Caution
To prevent damage to the cables on the permanent
link adapters and to make sure your test results are
as accurate as possible, do not twist, pull on, pinch,
crush, or make kinks in the cables. See Figure 10 on
page 31.
GPU109.EPS
Figure 9. How to Attach and Remove Link Interface Adapters
Chapter 2: Certify Twisted Pair Cabling
About Link Interface Adapters
31
GPU108.EPS
Figure 10. How to Prevent Damage to the Permanent
Link Adapter Cables
5 in (13 cm)
minimum
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About the DSX-PLA001 Adapter Modules
The DSX-PLA001 Universal Permanent Link Adapter has an
interchangeable personality module. The module lets you
connect the adapter to different styles of insulation displacement
connectors (IDCs).
Figure 11 shows how to remove and install a personality module.
Caution
To prevent latent or immediate damage caused by
electrostatic discharge and to prevent damage to
the DSP-PMxx personality module and the socket on
the cable:
Before you touch a personality module or
DSX-PLA001 permanent link adapter with no
module attached, touch a grounded, conductive
surface.
Always remove the adapter from the tester before
you change the personality module.
Always keep a personality module attached to the
adapter cable.
Tighten the screw only with your fingers. Do not
tighten too much. Do not use tools to tighten the
screw.
Do not touch the gold contacts on the socket or the
module.
Always keep unused personality modules in their
original, static-protection bags.
Chapter 2: Certify Twisted Pair Cabling
About the DSX-PLA001 Adapter Modules
33
GPU164.EPS
Figure 11. How to Change the Personality Module
on a DSX-PLA001 Adapter
A
B
C
D
E
UNIVERSA L
PERMANEN T LINK ADAP TER
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The DSX CableAnalyzer Home Screen
The home screen (Figure 12) shows important test settings. Before
you do a test, make sure these settings are correct.
GPU110.EPS
Figure 12. The Home Screen for the DSX CableAnalyzer
PROJECT: The project contains the settings for a job and helps
you monitor the status of a job. When you save test results, the
tester puts them in the project. Tap the PROJECT panel to edit
the project settings, select a different project, or make a new
project.
A
E
B
F
J
I
C
K
G
H
D
LM
Chapter 2: Certify Twisted Pair Cabling
The DSX CableAnalyzer Home Screen
35
Shows a summary of the test results in the project:
: The number of tests that passed.
: The number of tests that failed.
: The number of tests with an overall marginal result.
The test setup panel shows the settings the tester will use
when you tap TEST or press . To change these settings,
tap the panel.
Note
You can set up tests for any module that the
tester can use, even when no module is attached.
Icons show the status of the Store Plot Data and AC Wire Map
settings. See Table 2 on page 40.
Next ID: The Next ID panel shows the ID that the tester gives
to the next test results you save.
Tap Next ID to do these tasks:
Enter an ID, select a different ID in the ID set, select a
different set of IDs, or make a new set. The tester adds the
IDs and ID sets you make to the project that shows on the
home screen.
Turn Auto Save on or off.
Operator: The name of the person who does the job. You can
enter a maximum of 20 operator names. For each operator you
can also enter the email address that the operator will use as an
ID to sign in to LinkWare Live.
TOOLS: The TOOLS menu lets you set the reference, see the
status of the tester, and set user preferences such as the
language and the display brightness.
RESULTS: Tap RESULTS to see and manage the results that are
saved in the tester.
TEST: Tap TEST to do the test shown in the test setup panel.
Versiv Cabling Certification Product Family
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The percentage of the project that is completed. The
percentage is the number of IDs used for saved results divided
by the total number of used and available IDs in the project.
The number of IDs includes IDs for copper and fiber cable.
% Tested does not show if your project contains only a Next ID
list. See “About Next ID Sets” on page 217 for more information
about the Next ID list.
The type of module attached to the main Versiv unit.
This icon shows when the tester’s link interface adapter
is connected to the adapter on a Versiv remote and the
remote is turned on.
This icon shows when the talk function is on. To use the
talk function:
1 Connect the main and remote testers together through a
link that has one or more good wire pairs.
2 Connect headsets to the headset jacks on the testers.
3 Press the button on one of the headset microphones or
press on the remote, then speak into the
microphone.
Make Sure Your Tester is Ready to Certify
Cabling
To make sure your tester meets its accuracy specifications, follow
these guidelines:
Keep the tester’s software current. The latest software is
available on the Fluke Networks website. See “Update the
Software” on page 235.
Set the reference for the twisted pair adapters every 30 days.
See page 37.
Make sure that you select the correct cable type for the job,
and that the NVP for the cable is correct. See Table 2 on
page 39.
Chapter 2: Certify Twisted Pair Cabling
Set the Reference
37
Make sure you select the correct test limit for the job. See
Table 2 on page 39.
Make sure the cords and connectors for all test equipment
and patch cords are in good condition.
Make sure the battery is fully charged.
Send the modules to a Fluke Networks service center every 12
months for factory calibration.
Set the Reference
The reference procedure for twisted pair cable sets the baseline
for insertion loss, ACR-F, and DC resistance measurements.
Set the reference at these times:
When you want to use the tester with a different module. The
tester can save reference values for eight different pairs of
modules.
When you attach Class F/F
A
link interface adapters, such as the
optional DSX-PLA011 TERA
adapters.
Every 30 days, at minimum. To ensure maximum accuracy of
test results, set the reference daily.
It is not necessary to set the reference when you change the link
interface adapters.
To set the reference
1 Turn on the tester and the remote a minimum of 5 minutes
before you set the reference.
Note
Set the reference only after the testers are at an
ambient temperature between 50 °F and 104 °F
(10 °C and 40 °C).
2 Connect the main and remote testers together as shown in
Figure 13.
-continued-
Versiv Cabling Certification Product Family
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3 If you attached Class F/F
A
link interface adapters, make sure
you select a Class F or F
A
test limit. See the documentation
supplied with the adapters.
4 On the home screen, tap TOOLS, then tap Set Reference.
5 On the SET REFERENCE screen tap TEST.
GPU89.EPS
Figure 13. Reference Connections for Twisted Pair Cable
Settings for Twisted Pair Tests
Table 2 gives descriptions of the settings for twisted pair tests. To
set up a project, which includes the settings in Table 2, cable IDs,
and operator names, see Chapter 11.
To set up a twisted pair test
1 On the home screen, tap the test setup panel.
2 On the CHANGE TEST screen, select a twisted pair test to
change, then tap EDIT.
Or to set up a new twisted pair test, tap NEW TEST. If no module
is installed, the MODULE screen shows. Tap the correct copper
module.
Permanent link
adapter
Channel
adapter
Chapter 2: Certify Twisted Pair Cabling
Settings for Twisted Pair Tests
39
3 On the TEST SETUP screen, tap the panels to change settings
for the test. See Table 2.
4 On the TEST SETUP screen, tap SAVE when your test setup is
completed.
5 On the CHANGE TEST screen, make sure the button next to
the test is selected, then tap USE SELECTED.
Table 2. Settings for Twisted Pair Tests
Setting Description
Module Select DSX-5000 CableAnalyzer.
Cable Type Select a cable type that is correct for the type you will
test. To see a different group of cable types, tap MORE,
then tap a group. To make a custom cable type, tap
Custom in the Cable Groups list.
NVP Nominal velocity of propagation. The tester uses the NVP
and the propagation delay to calculate the length of the
cable.
The default value is defined by the selected cable type
and is the typical NVP for that cable type. To enter a
different value, tap the NVP panel, then tap
or
on the NVP screen to increase or decrease the value.
To find the actual value for a cable, connect a known
length of the cable to the tester, tap MEASURE on the
NVP screen, then change the NVP until the measured
length matches the known length. Use a cable at least
30 m (100 ft) long.
When you increase the NVP value, the calculated length
increases.
-continued-
Versiv Cabling Certification Product Family
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Shield Test This setting shows only when you select a shielded cable
type.
On: The wire map test includes a DC test for shield
continuity and AC tests for shield quality. The wire map
test fails if the shield is open or the AC test results are
unsatisfactory.
Off: The wire map shows the shield if the shield has
continuity. The tester does not do AC tests for shield
quality. The wire map test does not fail or show the
shield if the shield is open.
Test Limit Select the correct test limit for the job. To see a different
group of limits, tap MORE, then tap the name of a
group.
Store Plot Data
Off : The tester does not save plot data for frequency-
domain tests or for the HDTDR/HDTDX analyzers. You
can see the plots before you save the test and exit the
results screen. The saved results show frequency-domain
measurements in a table and do not include the HDTDR/
HDTDX plots.
On : The tester saves plot data for all frequency-
domain tests required by the selected test limit and for
the HDTDR/HDTDX analyzers.
HDTDR/HDTDX Fail/Pass* only: The tester shows HDTDR and HDTDX
analyzer results only for Autotests with PASS*, FAIL*, or
FAIL results.
All Autotests: The tester shows HDTDR and HDTDX
analyzer results for all Autotests.
To get HDTDR/HDTDX analyzer results you can also tap
TOOLS > Diagnostics.
For more information about the HDTDR and HDTDX
analyzers, see the Technical Reference Handbook.
Table 2. Settings for Twisted Pair Tests (continued)
Chapter 2: Certify Twisted Pair Cabling
Settings for Twisted Pair Tests
41
Outlet
Configuration
The Outlet Configuration specifies which wire pairs are
tested and which wire numbers the wire map shows for the
pairs. See Figure 14.
To see the wire map for a configuration, tap Outlet
Configuration, tap the configuration name on the OUTLET
CONFIG screen, then tap SAMPLE.
To select a configuration, tap a name on the OUTLET
CONFIG screen, then tap USE SELECTED.
Note
The OUTLET CONFIG screen shows only the
configurations that are applicable to the
selected Test Limit.
To make a custom outlet configuration, tap CUSTOM on
the OUTLET CONFIG screen, then tap MANAGE, then tap
Create.
AC Wire Map
The AC Wire Map test lets you do tests on links connected
through midspan PoE (Power over Ethernet) devices. See
the Technical Reference Handbook.
When the AC Wire Map test is on, this icon shows on the
home screen:
Note
Always turn off the AC wire map test when you
will not do tests through a PoE device. The AC
wire map test increases the time for an
Autotest. It also disables the resistance and
shield continuity tests.
Table 2. Settings for Twisted Pair Tests (continued)
Versiv Cabling Certification Product Family
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42
GPU85.EPS
Figure 14. Outlet Configurations
T568A
Rollover
CSU/DSU
ATM/TP-PMD
Straight
ATM/TP-PMD
Crossed
Ethernet
Two-Pair CrossedEthernet Two-Pair
Token Ring
T568B
USOC Single-Pair
USOC Two-Pair
Crossover
1000BASE-T Crossover 2 x Two-Pair Crossed
One Pair (1,2)
M12 Two-Pair CrossedM12 Two-Pair
Chapter 2: Certify Twisted Pair Cabling
How to Do an Autotest
43
How to Do an Autotest
When you tap TEST on the main tester or press on the main
or remote tester, the testers do an Autotest. The Autotest
includes all the tests necessary to certify that the cabling meets or
exceeds the performance requirements specified in the selected
test limit.
Figure 15 shows the equipment for Autotests on twisted pair
cable.
Figure 15. Equipment for Autotests on Twisted Pair Cable
GPU111.EPS
Main and remote Versiv units
with modules installed
For tests on permanent links:
two permanent link adapters
For tests on channels: two
channel adapters
AC adapters with line cords
(optional)
A
C
B
D
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To do an Autotest on twisted pair cable
1 Attach permanent link or channel adapters to the main and
remote testers.
2 Make sure that the home screen shows the correct settings for
the job.
To make sure that other settings are correct, tap the test setup
panel, make sure the correct test is selected on the CHANGE
TEST SCREEN, then tap EDIT to see more settings. Table 2 on
page 39 describes the settings.
3 Connect the testers to the link as shown in Figure 16 or 17.
4 Tap TEST on the main tester or press on the main or
remote tester.
If the tester at the other end of the cable is in sleep mode or is
off, your tester’s tone generator turns on the other tester.
If the two testers are not connected:
Your tester’s tone generator stays on. Then, you can use a
tone probe if necessary to find the cable to connect to the
other tester.
Or, tap MEASURE to do the tests that do not require a
remote tester. Because the tester cannot complete all tests
and some tests always fail with no remote connected, the
result for an Autotest without a remote is always FAIL.
Chapter 2: Certify Twisted Pair Cabling
How to Do an Autotest
45
GPU97.EPS
Figure 16. Permanent Link Connections
End
permanent
link
Remote with
permanent link
adapter
Optional
consolidation
point
Wall
outlet
Tester with
permanent link
adapter
Start
permanent
link
Patch panel
Horizontal cabling
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46
GPU96.EPS
Figure 17. Channel Connections
“Bad Patch Cord” Message
To comply with standards for tests on channels, the tester
removes the effects of the channel adapters and their
connections from the test results. Before it removes these effects,
the tester makes sure that the plugs on the patch cord do not
have too much near-end crosstalk (NEXT). Too much NEXT is
frequently caused by too much untwisted wire in the plug. If a
plug is bad, the tester shows the message Bad patch cord at main
or Bad patch cord at remote, and does not remove the effects of
the channel adapters and their connections. The tester saves the
message with the results.
If you see one of these messages, replace the patch cord or install
a new plug at the bad end.
End
channel
Remote with
channel adapter
Optional
consolidation
point
Wall
outlet
Tester with
channel adapter
Start
channel
Hub or switch
Horizontal cabling
Patch cord
from hub
or switch
Patch cord
from PC
Patch
panels
Chapter 2: Certify Twisted Pair Cabling
How to Certify Patch Cords
47
How to Certify Patch Cords
To certify patch cords, you must use the DSX-PCxx Patch Cord
Adapters and the correct patch cord test limit. You cannot use
channel adapters and test limits to certify patch cords because
channel tests do not measure the performance of the patch cord
plugs.
To purchase a DSX-PCxxS Patch Cord Adapter Set, contact an
authorized Fluke Networks distributor.
Twisted Pair Autotest Results
The tests listed below apply to twisted pair cabling.
Note
Some tests are not included in some test limits.
Wire map
Resistance
Resistance unbalance in a pair
Resistance unbalance between pairs
Length
Propagation delay
Delay skew
Insertion loss (attenuation)
Impedance
NEXT (near-end crosstalk)
PS NEXT (power-sum near-end crosstalk)
ACR-N (attenuation to crosstalk ratio at the near end)
PS ACR-N (power-sum attenuation to crosstalk ratio, near
end)
ACR-F (attenuation to crosstalk ratio at the far end)
PS ACR-F (power-sum attenuation to crosstalk ratio, far end)
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Return loss
TCL (transverse conversion loss)
CDNEXT (common-mode to differential mode near-end
crosstalk)
CMRL (common-mode return loss)
ELTCTL (equal level transverse conversion transfer loss)
HDTDR and HDTDX analyzers (optional tests, not required by
any test limit)
Automatic Diagnostics
If an Autotest on twisted pair cabling fails, the DSX-5000
CableAnalyzer automatically gives you information about faults.
To see the information, tap the FAULT INFO tab. Figure 18 shows
examples of diagnostic information.
To get only diagnostics results, select Diagnostics from the TOOLS
menu. These results do not include a PASS/FAIL status.
The diagnostic screens show connectors in grey when other faults
possibly affect the results for the connector.
For NEXT failures caused by multiple connectors, the diagnostic
screen shows the worst connector in red.
Future Versiv software releases may include additional
diagnostics. The latest software is available at no charge on the
Fluke Networks website.
For more information on diagnostics, including video training
modules, see the Knowledge Base on the Fluke Networks website.
Chapter 2: Certify Twisted Pair Cabling
Twisted Pair Autotest Results
49
GPU192.EPS
Figure 18. Examples of Fault Information Screens
PASS*/FAIL* Results
A result shows an asterisk when measurements are in the tester’s
accuracy uncertainty range (Figure 19) and the asterisk is required
by the selected test limit. These results are marginal.
A PASS* shows that the cable’s performance is
satisfactory. If a cable must get a PASS result to agree with
your requirements for quality, identify and correct the
problems with the cable and do the Autotest again.
Usually, a FAIL* is not a satisfactory result. The tester
shows a FAIL for the overall result. Identify and correct the
problems with the cable and do the Autotest again.
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GPU87.EPS
Figure 19. PASS* and FAIL* Results
WIRE MAP Tab
The WIRE MAP tab shows the connections between the ends of
the cable under test. The tester compares the connections to the
selected Outlet Configuration to get a PASS or FAIL result.
If the wire map test fails, you can continue or stop the Autotest.
Or, you can tap SCAN ON to do the wire map test continuously
while you look for the fault. To continue the Autotest after you
correct the fault, tap SCAN OFF, then tap CONTINUE.
If you leave then return to the WIRE MAP FAIL screen, the SCAN
ON button goes away. To see the button again, tap TEST AGAIN.
You can also select the continuous wire map test as a single test
from the TOOLS menu. See “Continuous Tests” on page 58.
Figure 20 shows an example of a wire map screen. For
information on AC wire map screens, see the Technical Reference
Handbook.
The name of the outlet configuration used for the test. The
outlet configuration is a setting on the TEST SETUP screen.
The wire map of the cabling. The main tester is at the left side
of the wire map.
Tap to see information about wire map faults. If
shows, tap it to see a message about the results, such as Bad
patch cord at remote.
Tester’s accuracy
uncertainty
range
PASS
PASS*
FAIL
Limit
FAIL*
PASS*
Chapter 2: Certify Twisted Pair Cabling
Twisted Pair Autotest Results
51
GPU59.EPS
Figure 20. WIRE MAP Tab
The overall result for the Autotest. If the result shows an
asterisk, See “PASS*/FAIL* Results” on page 49.
The result for the wire map test:
The wire map does not agree with the outlet configuration
selected for the test.
The wire map agrees with the outlet configuration selected
for the test.
When more than one button shows at the bottom of the
screen, the tester highlights one in yellow to recommend
which one to tap. See “Buttons to Do Tests and Save Results”
on page 18.
A
D
E
F
B
C
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PERFORMANCE Tab
The PERFORMANCE tab (Figure 21) shows the overall result for
each test that is required by the selected test limit.
GPU86.EPS
Figure 21. PERFORMANCE Tab
The test limit and cable type used for the test. To see all the
settings used for the test, tap the panel.
To see detailed results for a test, tap the panel.
The overall result for the Autotest. If the result shows an
asterisk, See “PASS*/FAIL* Results” on page 49.
The overall result for the test:
The results exceed the limit.
B
C
D
E
A
Chapter 2: Certify Twisted Pair Cabling
Twisted Pair Autotest Results
53
The results are within the limit.
The selected test limit does not have a limit for the test, or
a dB rule applies. See the Technical Reference Handbook.
The results are within the range of accuracy uncertainty
for the tester. See “PASS*/FAIL* Results” on page 49.
The measurement shown for frequency-domain results is the
worst margin. (The insertion loss plot is different. See the
Technical Reference Handbook.)
When more than one button shows at the bottom of the
screen, the tester highlights one in yellow to recommend
which one to tap. See “Buttons to Do Tests and Save Results”
on page 18.
Frequency-Domain Results
Frequency-domain results are the measurements that change
with frequency, such as insertion loss and crosstalk.
How to Save Frequency-Domain Results as a Plot or a Table
If Store Plot Data is on when you do a test, the saved results show
as plots. If Store Plot Data is Off, the tester does not save plot data
for frequency-domain tests or for the HDTDR/HDTDX analyzers.
You can see the plots before you save the test and exit the results
screen. Figures 22 and 23 show examples of the two types of
screens. Also see “Store Plot Data” on page 40.
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GPU104.EPS
Figure 22. Tabular Results Screen for a Frequency-Domain Test
The location where the tester made the measurements. To
switch between results for the main and remote, tap REMOTE
or MAIN (
).
The results are for the wire pair or pairs shown. To see the
results for a different pair or pairs, tap a tab on the right side
of the screen (
).
WORST MARGIN is the measurement that is nearest to the
limit line or exceeds the limit by the largest amount. WORST
VALUE is the worst measurement.
D
B
H
G
I
C
E
F
A
Chapter 2: Certify Twisted Pair Cabling
Twisted Pair Autotest Results
55
The measured value.
The limit specified by the selected test limit.
MARGIN is the difference between the measured value and
the limit. The value is in a red box if the measurement exceeds
the limit.
To switch between results for the main unit and the remote,
tap REMOTE or MAIN.
To see the results for a different pair or pairs, tap a tab.
The result for the pair. If the result shows an asterisk, see
“PASS*/FAIL* Results” on page 49.
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GPU71.EPS
Figure 23. Plot Screen for a Frequency-Domain Test
The location of the measurements. To switch between results
for the main and remote, tap REMOTE or MAIN (
).
Measured values for the wire pairs.
The limit line (in red) for the measurement.
Note
If the limit line is black, the tester does not
evaluate the measurement at those frequencies
because a dB rule applies. See the Technical
Reference Handbook.
B
F
J
G
K
M
A
C
D
E
H I
L
Chapter 2: Certify Twisted Pair Cabling
Twisted Pair Autotest Results
57
The vertical scale is the measured value in decibels.
The horizontal scale is the frequency range in megahertz.
To see help for the screen, tap .
To switch between results for the main unit and the remote,
tap REMOTE or MAIN.
The margin at the cursor’s location. The margin is the
difference between the measured value and the limit. The
margin is negative if the pair failed.
The measured value at the cursor’s location.
When you first look at the plot, the cursor is at the frequency
of the worst margin. To move the cursor to the worst value,
tap WORST VALUE. (The insertion loss plot is different. See
the Technical Reference Handbook.)
To see the plots for pairs, tap or . To select pairs to
show on the plot, touch or for one second to see the
SELECT PAIRS window. Select the pairs you want to see, then
tap OK.
When you first look at the plot, the cursor is at the frequency
of the worst margin. To move the cursor to the worst value,
tap WORST VALUE (). The box at the bottom of the cursor
shows the frequency at the cursor’s position.
To move the cursor to other points, touch and drag the yellow
circle at the top of the cursor.
To move the cursor in small increments, tap the yellow circle,
then tap the arrow buttons that show on the plot ( or ).
The overall result for the test. If you look at pairs, the result is
for those pairs. If the result shows an asterisk, see “PASS*/
FAIL* Results” on page 49.
To zoom in and out, use the pinch, reverse-pinch, and double-
tap gestures on the touchscreen. You can also use the zoom
controls to change the magnification on the frequency and
decibels scales independently. See Figure 3 on page 17.
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DIAGNOSTIC and FAULT INFO Tabs
If the Autotest failed or had a marginal result, the FAULT INFO
tab shows. If the test passed and you selected All Autotests for
the HDTDR/HDTDX setting on the TEST SETUP screen, the
DIAGNOSTIC tab shows. These tabs give you access to the HDTDR
and HDTDX analyzer plots. The plots help you locate the causes of
NEXT and return loss failures. See the Technical Reference
Handbook.
Continuous Tests
To do the wire map, length, or resistance test continuously, go to
the home screen, tap TOOLS > Single Tests, then tap a test.
The wire map test compares the results to the outlet
configuration specified by the selected test limit and shows if
the connections agree or if they do not.
The length and resistance tests do not compare the results to a
test limit.
To save the result, tap SCAN OFF > SAVE. The saved test has an
for the overall result.
About the AxTalk Analyzer Kit
The DSX-5000 kit includes the hardware and AxTalk Analyzer
software you need to do tests for alien crosstalk on twisted pair
cabling. Alien crosstalk is noise, or crosstalk, transmitted between
adjacent cables in a bundle or patch panel. Alien crosstalk is a
primary source of noise in cabling used for 10GBASE-T
applications.
For instructions on how to do alien crosstalk tests, install the
AxTalk Analyzer software, which is available on the Fluke
Networks website, then see the online help in the software.
59
Chapter 3: Certify Coaxial Cabling
The optional DSX-CHA003 coaxial adapters let you use the DSX
CableAnalyzer to certify coaxial cabling for network and video
applications.
Set the Reference for Coaxial Tests
To use DSX-CHA003 adapters, you must set the reference for
coaxial tests. The reference procedure sets a baseline for insertion
loss and resistance measurements.
Set the reference at these times:
When you want to use the tester with a different module. The
tester can save reference values for eight different pairs of
modules.
Every 30 days, at minimum. To ensure maximum accuracy of
test results, set the reference daily.
Note
It is not necessary to set the reference again if you
use different coaxial adapters.
To set the reference
1 Make the connections shown in Figure 24.
2 Turn on the tester and the remote a minimum of 1 minute
before you set the reference.
-continued-
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Notes
Set the reference only after the testers are at an
ambient temperature between 10 °C and 40 °C
(50 °F and 104 °F).
The tester will not let you set the reference if the
patch cord is longer than 30 cm (12 in).
You can also set the reference with a 50 patch
cord
3 On the home screen, select a coaxial cable test.
4 On the home screen, tap TOOLS, then tap Set Reference.
5 On the SET REFERENCE screen tap TEST.
GPU179.EPS
Figure 24. Reference Connections for Tests on Coaxial Cabling
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
Coaxial adapter
with F connector
adapter
30 cm (12 in) 75 
coaxial patch cord
Coaxial adapter
with F connector
adapter
Chapter 3: Certify Coaxial Cabling
Settings for Coaxial Tests
61
Settings for Coaxial Tests
Table 3 gives descriptions of the settings for coaxial tests. To set
up a project, which includes the settings in Table 3, cable IDs, and
operator names, see Chapter 11.
To set up a coaxial test
1 On the home screen, tap the test setup panel.
2 On the CHANGE TEST screen, select a coaxial test to change,
then tap EDIT.
Or to set up a new coaxial test, tap NEW TEST. If no module is
installed, the MODULE screen shows. Tap DSX-5000
CableAnalyzer.
3 On the TEST SETUP screen, tap the panels to change settings
for the test. See Table 3.
4 On the TEST SETUP screen, tap SAVE when your test setup is
completed.
5 On the CHANGE TEST screen, make sure the button next to
the test is selected, then tap USE SELECTED.
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Table 3. Settings for Coaxial Tests
Setting Description
Module Select DSX-5000 CableAnalyzer.
Cable Type Select a cable type that is correct for the type you will
test. To see a different group of cable types, tap MORE,
then tap a group. To make a custom cable type, tap
Custom in the Cable Groups list.
NVP Nominal velocity of propagation. The tester uses the NVP
and the propagation delay to calculate the length of the
cable.
The default value is defined by the selected cable type
and is the typical NVP for that cable type. To enter a
different value, tap the NVP panel, then tap or
on the NVP screen to increase or decrease the value.
To find the actual value for a cable, connect a known
length of the cable to the tester, tap MEASURE on the
NVP screen, then change the NVP until the measured
length matches the known length. Use a cable at least
30 m (100 ft) long.
When you increase the NVP value, the calculated length
increases.
Test Limit Select the correct test limit for the job. To see a different
group of limits, tap MORE, then tap the name of a
group.
Store Plot Data
Off : The tester does not save plot data for insertion
loss or for the HDTDR analyzer. You can see the plots
before you save the test and exit the results screen. The
saved results show insertion loss measurements in a table
and do not include the HDTDR plot.
On : The tester saves plot data for the insertion loss
test and for the HDTDR analyzer.
Chapter 3: Certify Coaxial Cabling
How to Do an Autotest
63
How to Do an Autotest
Figure 25 shows the equipment for tests on coaxial cabling.
Note
You can do the HDTDR, length, and resistance
tests without a remote tester. See “Tests Without
a Remote” on page 68.
1 Attach coaxial adapters to the main and remote testers.
2 Make sure that the home screen shows the correct settings for
the job.
To make sure that other settings are correct, tap the test setup
panel, make sure the correct test is selected on the CHANGE
TEST screen, then tap EDIT to see more settings. Table 3 on
page 62 describes the settings.
3 Connect the testers to the link as shown in Figure 26.
Caution
To make sure your results are reliable:
Disconnect all taps and devices from the cable.
Do not do tests through splitters (See “About
Splitters” on page 67).
4 Tap TEST on the main tester or press on the main or
remote tester.
If the tester at the other end of the cable is in sleep mode or is
off, your tester’s tone generator turns on the other tester.
If the two testers are not connected:
Your tester’s tone generator stays on so you can use a
tone probe to find the cable to connect to the other
tester.
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64
Or, tap MEASURE to do the length and resistance tests,
which do not require a remote tester. Because the tester
cannot complete all tests, and the reflection at the end of
the cable exceeds the 15% limit for the HDTDR test, the
result for an Autotest without a remote is always FAIL.
Figure 25. Equipment for Tests on Coaxial Cabling
Note
If you have two main testers, you can use one as a
remote. To select the remote function, tap TOOLS
> Main as Remote.
GPU181.EPS
Main and remote Versiv units
with DSX CableAnalyzer
modules installed
Two DSX-CHA003 adapters
For tests on network cabling:
F-connector to BNC adapters
and patch cords (typically 50 )
For tests on video cabling:
F-connector adapters and patch
cords (typically 75 )
AC adapters with line cords
(optional)
A
C
B
D
E
Chapter 3: Certify Coaxial Cabling
How to Do an Autotest
65
GPU184.EPS
Figure 26. Examples of Connections for Tests on Coaxial Cabling
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
Disconnect all drop cables
MoCA
adapter
MoCA
adapter
Router
IP cameras
Data network
Surveillance network
Cable TV
Cable spools
Coaxial segment
Note: Do not do tests
through splitters.
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Coaxial Autotest Results
Note
Not all test limits include all the tests shown in
Figure 27.
GPU182.EPS
Figure 27. Autotest Results for Coaxial Cabling
The test limit and cable type used for the test.
To see detailed results for a test, tap the panel.
The overall result for the Autotest. If the result shows an asterisk,
See “PASS*/FAIL* Results” on page 49.
A
C
E
F
B
D
Chapter 3: Certify Coaxial Cabling
About Splitters
67
The DIAGNOSTIC tab shows the HDTDR analyzer button, which
you can tap to see the HDTDR plot. The plot helps you find faults
on the cable. The HDTDR plot for coaxial cable includes limit lines
and a PASS/FAIL result.
The overall result for the test:
The results exceed the limit.
The results are within the limit.
The selected test limit does not have a limit for the test.
The results are within the range of accuracy uncertainty
for the tester. See “PASS*/FAIL* Results” on page 49.
The measurement shown for the insertion loss plot is the worst
value if the test passed, or the worst margin if the test failed.
When more than one button shows at the bottom of the screen,
the tester highlights one in yellow to recommend which one to
tap. See “Buttons to Do Tests and Save Results” on page 18.
To do the resistance test continuously, select the test from the
TOOLS menu. This function helps you locate intermittent faults.
About Splitters
If you get these results, there might be a splitter on the cable:
The tester cannot find the remote.
The tester looses communication with the remote. The test
might continue, then loose communication again as the
splitter interferes with the communication signal.
The length test shows End not found.
The resistance test shows an open.
The HDTDR plot shows a reflection that has an unusual shape.
Because splitters can cause unreliable test results, you should not
do tests through them.
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68
Tests Without a Remote
You can do the length, resistance, and HDTDR tests without a
remote tester. Table 4 describes the effects of a remote on tests.
1 Attach a coaxial adapters to the main tester.
2 Make sure that the home screen shows the correct settings for
the job.
To make sure that other settings are correct, tap the test setup
panel, make sure the correct test is selected on the CHANGE
TEST screen, then tap EDIT to see more settings. Table 3 on
page 62 describes the settings.
3 Connect the tester as shown in Figure 28.
4 To do an Autotest: Tap TEST on the main tester or press
on the main or remote tester. When the MEASURE button
shows, tap it to do the length and resistance tests, which do
not require a remote tester.
To do only the length or resistance test: On the home screen
tap TOOLS > Single Tests, then tap a test.
To do only the HDTDR test: On the home screen tap TOOLS >
Diagnostics, then tap HDTDR.
Note
Because the tester cannot complete all tests, and
the reflection at the end of the cable exceeds the
15% limit for the HDTDR test, the result for an
Autotest without a remote is always FAIL.
Chapter 3: Certify Coaxial Cabling
Tests Without a Remote
69
Table 4. Remote Requirements for Coaxial Tests
Test Remote Requirements*
HDTDR
analyzer
Optional. Without a remote, the plot shows large
reflections at the end of the cabling.
Resistance A remote or a terminator is required for a loop resistance
measurement.
Length Not required.
Because a coaxial cable terminator eliminates signal
reflections, the tester cannot measure the length of
terminated cabling. The tester shows End not found in this
case.
Impedance Optional.
Without a remote or terminator, the tester cannot measure
the impedance of cables longer than 984 ft (300 m). The
tester shows Unknown in this case.
Propagation
delay
Not required.
Because a coaxial cable terminator eliminates signal
reflections, the tester cannot measure the propagation
delay of terminated cabling. In this case, the tester shows
End not found.
Insertion Loss Required.
* If a remote is not required for a test, the test runs without activating the toner
when no remote is detected.
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GPU183.EPS
Figure 28. Connections for Coaxial Tests Without a Remote
DSX-CHA003
COAX ADAPTER
DSX-CHA003
COAX ADAPTER
For length measurements,
disconnect terminators.
See Table 4 on page 69.
Chapter 3: Certify Coaxial Cabling
Continuous Tests
71
Continuous Tests
To do the length or resistance test continuously, go to the home
screen, tap TOOLS > Single Tests, then tap a test.
The length and resistance tests do not compare the results to a
test limit.
To save the result, tap SCAN OFF > SAVE. The saved test has an
for the overall result.
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73
Chapter 4: Clean Fiber Endfaces
Always Clean Endfaces Before Tests
When a fiber optic link does not operate correctly, the cause is
frequently a dirty endface in a connector. Figure 29 shows
examples of dirty endfaces and an endface that has been correctly
cleaned and polished.
GPU36.EPS
Figure 29. Examples of Clean and Dirty Fiber Endfaces
Cleaned and polished correctly Wiped on a shirt
Dirty connector on
a patch cord
Contamination that remains
after alcohol dries
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Always clean and inspect the endfaces in fiber connectors before
you make connections. Fluke Networks recommends that you use
a mechanical device, such as the Fluke Networks IBC OneClick
Cleaner, to clean connectors on network equipment. If you do not
have such a device, if the device does not clean the connector
sufficiently, or when you clean connectors on test reference cords,
use other optical-grade supplies such as wipes and solvent.
Figure 30 shows the equipment you use to clean and inspect fiber
endfaces.
Warning
To prevent possible eye damage caused by
hazardous radiation:
Do not look directly into optical connectors. Some
optical equipment emits invisible radiation that can
cause permanent damage your eyes.
Before you clean an endface, turn off any optical
sources (laser or LED) that are connected to the
fiber.
When you inspect endfaces, use only magnification
devices that have the correct filters.
Caution
To prevent damage to connectors and to keep
contamination off of endfaces:
Always cover unused connectors and adapters with
protective caps.
Always keep unused protective caps in a clean,
sealed container to prevent contamination.
Chapter 4: Clean Fiber Endfaces
Always Clean Endfaces Before Tests
75
Figure 30. Equipment to Clean and Inspect Fiber Endfaces
GPU49.EPS
Versiv main unit with CertiFiber
Pro, OptiFiber Pro, or blank
module installed
FI-1000 video probe with USB
connector
Fiber cleaning supplies
AC adapter with line cord
(optional)
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How to Use a Fluke Networks IBC OneClick
Cleaner
Caution
To prevent damage to the device and to connectors
and to keep contamination off of endfaces, read all
instructions and obey all safety precautions given in
the instructions for the device you use to clean
connectors.
To clean the connectors on test reference cords, use
wipes and solvent. The OneClick cleaner cleans the
fiber core, but can leave contamination around the
core. The contamination can move to the core when
you make connections. See “To Clean Connector
Ends” on page 79.
1 Use the video probe to inspect the connector. If it is dirty,
continue to step 2.
2 To clean a bulkhead connector, remove the cap. To clean the
connector on a fiber cable, remove only the tip of the cap.
3 If necessary for a bulkhead connector, extend the tip of the
device.
4 Push the device straight into the connector until you hear a
loud click. See Figure 31. Then remove the device.
5 Use the video probe to inspect the connector. If necessary,
clean and inspect the connector again.
If the mechanical device does not clean the connector
sufficiently, use a swab and solvent to clean the connector.
Chapter 4: Clean Fiber Endfaces
How to Use a Fluke Networks IBC OneClick Cleaner
77
GPU16.EPS
Figure 31. How to Use the IBC OneClick Cleaner
CLICK!
CLICK!
CLICK!
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How to Use Wipes, Swabs, and Solvent
Caution
To prevent damage to connectors and to keep
contamination off of endfaces:
Always discard wipes or swabs after you use them.
Do not let solvent dry on an endface. Some solvents
leave a residue after they dry.
If you must use alcohol as a solvent, make sure you
use 99%-pure, anhydrous alcohol.
Put wipes on a soft surface, such as a stack of wipes,
that will conform to the shape of the fiber endface.
When you rub fiber endfaces against a dry cleaning
pad, always use short strokes (~1 cm or ~0.4 in).
Long strokes against a dry pad can cause a build-up
of static charge that can attract dust to the endface.
To Clean Bulkhead Connectors
1 Use a video probe to inspect the connector. If it is dirty,
continue to step 2.
2 Touch the tip of a fiber optic solvent pen or swab soaked in
solvent to a lint-free dry wipe or fiber cleaning card.
3 Touch a new, dry swab to the solvent spot on the wipe or
card. Push the swab into the connector, twist it around 3 to 5
times against the end-face, then remove and dispose of the
swab.
4 Dry the connector with a dry swab by twisting it around in the
connector 3 to 5 times.
5 Use a video probe to inspect the connector. If necessary, clean
and inspect the connector again.
Chapter 4: Clean Fiber Endfaces
How to Use Wipes, Swabs, and Solvent
79
To Clean the Optical Connectors on the Modules
To clean the optical connectors on the modules, first use the
procedure given under “To Clean Bulkhead Connectors”.
If a connector is very dirty or the procedure above does not make
it clean, use this procedure:
1 Unscrew the adapter on the connector.
2 Clean the ferrule or photodiode lens with a dry, optical-grade
wipe made for fiber optic connectors.
3 Use a video probe to inspect the connector. If necessary, clean
and inspect the connector again.
4 If the connector stays dirty, use a wipe that is moist with
optical-grade solvent to clean the endface. Dry the ferrule or
lens with a dry wipe.
To Clean Fiber Adapters
At regular intervals, clean fiber adapters with a swab and fiber
optic solvent. Dry with a dry swab.
To Clean Connector Ends
1 Use a video probe to inspect the connector. If it is dirty,
continue to step 2.
2 Touch the tip of a fiber optic solvent pen or swab soaked in
solvent to a lint-free dry wipe or fiber cleaning card.
3 Rub the connector end-face across the solvent spot, then back
and forth once across the dry area of the wipe or card.
Typically, one or two short strokes (~1 cm or ~0.4 in) are
sufficient to dry the endface.
4 Use a video probe to inspect the connector. If necessary, clean
and inspect the connector again.
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Notes
For APC connectors, hold ferrule against the
cleaning area at the same angle (typically 8°) as
the ferrule endface.
For some connector types, such as VF-45, it is
necessary to use a different method to clean the
endface.
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Chapter 5: Inspect Fiber Endfaces
The optional FI-1000 FiberInspector
video probe connects to the
type A USB port on the Versiv main unit to let you inspect the
endfaces in fiber optic connectors. The probe lets you see dirt,
scratches, and other defects that can cause unsatisfactory
performance or failures in fiber optic networks.
The FI-1000 probe is included with the FI-7000 kit. The probe is an
optional accessory for the CertiFiber Pro and OptiFiber Pro testers.
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Connectors, Keys, and LEDs
GPU173.EPS
Figure 32. Connectors, Keys, and LEDs
LCD display with touchscreen.
Blank module included with the FI-7000 kit. Keep the module
installed to give protection to the module connectors.
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You can use the FiberInspector function with any module
installed and with no module installed.
Micro-AB USB port: This USB port lets you connect the tester to a
PC so you can upload test results to the PC and install software
updates in the tester.
Type A USB port: This USB host port lets you connect the FI-7000
video probe to the tester, save test results on a USB flash drive,
and connect a Wi-Fi adapter for access to Fluke Networks cloud
services.
Headset jack.
: Starts a test. To start a test, you can also tap TEST on the
display.
Power key.
: Press to go to the home screen.
Connector for the ac adapter.
RJ45 connector: Lets you connect to a network for access to Fluke
Networks cloud services.
Removable tip for different types of connectors.
Dial for focus adjustment.
Note
The button on the bottom of the FI-1000 probe
has no function when you use the probe with a
Versiv tester.
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Settings for FiberInspector Tests
Table 5 gives descriptions of the settings for FiberInspector tests.
To set up a project, which includes the settings in Table 5, cable
IDs, and operator names, see Chapter 11.
To set up a FiberInspector test
1 On the home screen, tap the test setup panel.
2 On the CHANGE TEST screen, select a FiberInspector test, then
tap EDIT.
Or to set up a new FiberInspector test, tap NEW TEST. If no
module is installed, the MODULE screen shows. Tap
FiberInspector or FI-7000.
3 On the TEST SETUP screen, tap the panels to change settings
for the test. See Table 5.
4 On the TEST SETUP screen, tap SAVE when your test setup is
completed.
5 On the CHANGE TEST screen, make sure the button next to
the test is selected, then tap USE SELECTED.
Table 5. Settings for FiberInspector Tests
Setting Description
Module Select a CertiFiber Pro or OptiFiber Pro module or
FI-7000.
Test Type Select FiberInspector.
Test Limit To give images a PASS or FAIL result manually, select
Manual. Or, select a limit to compare scratches and
defects to specific criteria for size and location.
To see a different group of limits, tap MORE, then tap
the name of a group. To make a custom limit, tap
Custom in the Limit Groups list. See the Technical
Reference Handbook.
Chapter 5: Inspect Fiber Endfaces
How to Do the FiberInspector Test
85
How to Do the FiberInspector Test
Figure 33 shows the equipment for a FiberInspector test.
Figure 33. Equipment for the FiberInspector Test
GPU174.EPS
Versiv main unit with CertiFiber
Pro, OptiFiber Pro, or blank
module installed
FI-1000 video probe with USB
connector
Fiber cleaning supplies
AC adapter with line cord
(optional)
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To do the FiberInspector test
Refer to Figures 34 and 35.
1 Connect the FI-1000 probe to the type A USB port on the side
of the tester.
2 Install the correct tip on the probe.
3 Clean the connector that you will inspect.
4 Do the FiberInspector test:
To do the FiberInspector test when it is in the project
If the FiberInspector test does not already show on the home
screen:
a. On the home screen, tap the test setup panel.
b. On the CHANGE TEST screen, tap the FiberInspector test,
then tap USE SELECTED.
c. Tap Test or press .
To do the FiberInspector test when it is not in a project
On the home screen, tap the TOOLS icon, then tap
FiberInspector.
5 Insert the probe into the connector.
6 To adjust the focus, turn the dial on the probe clockwise or
counterclockwise.
Figure 36 shows an example of a FiberInspector image.
7 To save the image, tap SAVE.
8 On the SAVE RESULT screen, select End 1 or End 2, make sure
the Cable ID and End name are correct, then tap SAVE.
Saved FiberInspector results show these icons for End 1 and End
2:
Chapter 5: Inspect Fiber Endfaces
How to Do the FiberInspector Test
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GPU168.EPS
Figure 34. How to Use the FI-1000 Probe
GPU175.EPS
Figure 35. How to Use the Optional MPO/MTP
®
Inspection Tip
LC
SC
LC
SC
Turn the dial to move the
view of the endface.
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Notes
The Auto Save function does not operate with the
FiberInspector test.
Continuous use of the video probe decreases the
battery life. To increase the battery life, connect
the ac adapter when you use the probe for more
than a few minutes.
GPU25.EPS
Figure 36. FiberInspector Image with Manual Grading Selected
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Note
To see the buttons for the measurement axes and
core scales and to change the magnification of the
screen, you must first tap to put the screen in
still mode.
You can use the round, horizontal, and vertical scales to
measure the size of the fiber core and cladding. You can also
measure the size of particles, scratches, and other defects on
the endface.
To show the scales, tap SCALE ON (
).
Outer, blue ring: 250 μm
Middle, green rings: 120 μm and 130 μm
Inner, yellow rings: 25 μm and 62.5 μm (to change the size,
tap NEXT SCALE)
To adjust the brightness or contrast of the image, tap , then
move the bars on the controls. To hide the controls, tap
again.
To show the scales (), tap , then tap SCALE ON. To change
the size of the measurement ring for the fiber core, tap NEXT
SCALE.
Manual limit selected: To give a PASS or FAIL grade to the
image, tap GRADE. See
.
Test limit selected: To see an analysis of the defects, tap
ANALYZE. See “Automatic Analysis of Scratches and Defects”
on page 90.
To put the screen in still mode and turn off the probe, tap .
Tap to turn on the probe again.
To give the image a grade of PASS or FAIL, tap GRADE (). If you
set the grade to FAIL, then save the image, the ID for the image
is in the list of tests to do again.
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To zoom in and out, use the pinch, reverse-pinch, and double-
tap gestures on the touchscreen. See Figure 3 on page 17.
Automatic Analysis of Scratches and Defects
Note
This function operates correctly only with the
FI-1000 probe.
When you select a limit for the FiberInspector test, the tester can
compare the size, location, and number of scratches and defects
to the limit’s criteria. Limits for the FiberInspector test are from
standards such as IEC 61300-3-35. The limits specify the maximum
size and number of scratches and defects allowed in the core,
cladding, adhesive, and contact zones on the fiber endface.
To do an endface analysis
1 Make sure the test setup shows the correct FiberInspector test
limit.
2 Do the FiberInspector test.
3 Make sure the image is in focus, then tap ANALYZE.
The tester highlights the scratches and defects in red or green
(see Figure 37):
Red: FAIL. The scratch or defect is larger than the
maximum size that the limit allows, is closer to the fiber
core than the limit allows, or there are more scratches or
defects than the limit allows.
Green: PASS. The limit allows the scratch or defect
because it is too small or too far from the core to cause
problems, or there are fewer than the maximum allowed
number of scratches or defects of that size.
Chapter 5: Inspect Fiber Endfaces
Automatic Analysis of Scratches and Defects
91
Caution
If a defect is possibly a dirt particle, clean the
endface and do the inspection again. You must
remove all loose particles because they can move
into the core when you make connections.
GPU167.EPS
Figure 37. FiberInspector Image with Defect Analysis
A defect, such as a particle of dirt, a chip, or a pit. This defect
is red because it is larger than the limit allows.
The measurement rings show after you tap ANALYZE. The sizes
of the rings are specified by the limit. To specify different sizes,
make a custom endface limit. See the Technical Reference
Handbook.
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These defects are green because they are too far away from the
core to cause problems.
This scratch is red because it goes through the fiber core.
This defect is green because the limit allows a maximum of five
defects of that size or smaller in the cladding area.
To do the analysis again, tap then tap ANALYZE.
Fiber Tests with Two Main Testers
If you have two main testers, you can use FiberInspector video
probes at both ends of the cabling for faster inspections of fiber
endfaces.
You can also use the second main tester as a remote tester for
loss/length tests with CertiFiber Pro modules.
To use a main tester as a remote
Tap TOOLS then tap Main as Remote.
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Chapter 6: Certify Fiber Cabling
Warning
Before you use the tester, read the safety
information that starts on page 5.
Overview of Features
The Fluke Networks CertiFiber
®
Pro Optical Loss Test Set (OLTS)
modules attach to Versiv
main and remote units to make
rugged, hand-held testers that let you certify, troubleshoot, and
document optical fiber cabling installations. The testers include
these features:
Measures optical power loss and length on dual-fiber,
multimode cabling at 850 nm and 1300 nm (CFP-MM) or on
dual-fiber singlemode cabling at 1310 nm and 1550 nm
(CFP-SM). The four-wavelength module (CFP-QUAD) measures
at 850 nm, 1300 nm, 1310 nm, and 1550 nm.
Interchangeable connector adapters on input and output
ports let you make reference and test connections that agree
with ISO standards for most SFF (small form factor)
connectors.
Visual fault locator helps you find breaks, bad splices, and
bends and verify fiber continuity and polarity.
Optional FiberInspector
video probe lets you inspect fiber
endfaces and save the images in test reports.
You can save approximately 30,000 fiber test results in the
tester’s internal memory. You can save more results on a
removable flash drive.
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Connectors, Keys, and LEDs
GPU123.EPS
Figure 38. Main Tester Connectors, Keys, and LEDs
(CFP-QUAD module shown)
LCD display with touchscreen
Singlemode output port with removable connector adapter
and dust cap. This port transmits optical signals for loss and
length measurements.
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The LED below the output port is red when the port transmits
1310 nm and green for 1550 nm.
Input port with removable connector adapter and dust cap.
This port receives optical signals for loss, length, and power
measurements.
Multimode output port with removable connector adapter and
dust cap. This port transmits optical signals for loss and length
measurements.
The LED below the output port is red when the port transmits
850 nm and green for 1300 nm.
Universal fiber connector (with dust cap) for the visual fault
locator. The connector accepts 2.5 mm ferrules. The LED below
the connector shows the locator’s mode.
Button to manually control the output ports ( and ) and the
visual fault locator (
).
Micro-AB USB port: This USB port lets you connect the tester to a
PC so you can upload test results to the PC and install software
updates in the tester.
Type A USB port: This USB host port lets you save test results on a
USB flash drive, connect the FI-1000 video probe to the tester,
and connect a Wi-Fi adapter for access to Fluke Networks cloud
services.
Headset jack
: Starts a test. To start a test, you can also tap TEST on the
display.
: Power key
: Press to go to the home screen.
Connector for the AC adapter. The LED is red when the battery
charges, and green when the battery is fully charged. The LED is
yellow if the battery will not charge. See “Charge the Battery”
on page 12.
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RJ45 connector: Lets you connect to a network for access to Fluke
Networks cloud services.
GPU136.EPS
Figure 39. Remote Tester Connectors, Keys, and LEDs
(CFP-QUAD module shown)
Decal with laser safety
information.
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97
PASS LED comes on when a test passes.
TEST LED comes on during a test and when you manually turn
on one of the output ports (
).
FAIL LED comes on when a test fails.
TALK LED comes on when the talk function is on. The LED
flashes until the main tester accepts the request to talk.
TONE LED flashes if you press when a main tester is not
connected to the remote or is in Far End Source mode.
LOW BATTERY LED comes on when the battery is low.
The LEDs also have these functions:
Battery gauge (see Figure 1 on page 14)
Volume indicator for the TALK function
Progress indicator for software updates
Singlemode output port with removable connector adapter
and dust cap. This port transmits optical signals for loss and
length measurements.
The LED below the output port is red when the port transmits
1310 nm and green for 1550 nm.
Input port with removable connector adapter and dust cap.
This port receives optical signals for loss, length, and power
measurements.
Multimode output port with removable connector adapter and
dust cap. This port transmits optical signals for loss and length
measurements.
The LED below the output port is red when the port transmits
850 nm and green for 1300 nm.
Universal fiber connector (with dust cap) for the visual fault
locator. The connector accepts 2.5 mm ferrules. The LED below
the connector shows the locator’s mode.
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Button to manually control the output ports ( and ) and the
visual fault locator (
).
Micro-AB USB port: This USB port lets you connect the tester to a
PC so you can install software updates in the tester.
Headset jack
: Starts a test.
: Power key
: Press to use the headset to speak to the person at
the other end of the link. Press again to adjust the volume. To
turn off the talk function, hold down .
Connector for the AC adapter. The LED is red when the battery
charges, and green when the battery is fully charged. The LED is
yellow if the battery will not charge. See “Charge the Battery”
on page 12.
How to Remove and Install the Connector
Adapters
You can change the connector adapters on the input ports of the
modules to connect to SC, ST, LC, and FC fiber connectors. You
can remove the adapter on the output port to clean the fiber
endface in the port. See Figure 40.
Decal with laser safety
information.
Chapter 6: Certify Fiber Cabling
How to Remove and Install the Connector Adapters
99
GPU135.EPS
Figure 40. How to Remove and Install the Connector Adapters
Keep extra adapters in
the containers provided.
Caution
Do not touch the
photodiode lens.
Caution
Turn only the collar on the adapter.
Do not use tools to remove or install
the adapters.
Slot
Key
Key
Slot
Put the key into the slot
before you turn the collar
on the adapter.
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The CertiFiber Pro Home Screen
The home screen (Figure 41) shows important test settings. Before
you do a test, make sure these settings are correct.
GPU117.EPS
Figure 41. The Home Screen for CertiFiber Pro Modules
PROJECT: The project contains the settings for a job and helps
you monitor the status of a job. When you save test results, the
tester puts them in the project. Tap the PROJECT panel to edit
the project settings, select a different project, or make a new
project.
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Shows a summary of the test results in the project:
The number of tests that passed.
The number of tests that failed.
The test setup panel shows the settings the tester will use when
you tap TEST or press .
To change these settings, tap the panel, select the test on the
CHANGE TEST screen, tap EDIT, select different settings on the
TEST SETUP screen, then tap SAVE. See Table 6 on pages 111
and 112.
Note
You can set up tests for any module that the
tester can use, even when no module is attached.
Next ID: The Next ID panel shows the ID that the tester gives to
the next test results you save. For Smart Remote mode, this
panel shows IDs for main tester’s input and output fibers.
Tap Next ID to do these tasks:
Enter an ID, select a different ID in the ID set, select a
different set of IDs, or make a new set. The tester adds the
IDs and ID sets you make to the project that shows on the
home screen.
Turn Auto Save on or off.
Operator: The name of the person who does the job. You can
enter a maximum of 20 operator names. For each operator you
can also enter the email address that the operator will use as an
ID to sign in to LinkWare Live.
TOOLS: The TOOLS menu lets you set the reference for fiber
tests, see the status of the tester, and set user preferences such as
the language and the display brightness.
SET REF: Tap SET REF to set the reference and verify your test
reference cords for loss/length tests.
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RESULTS: Tap RESULTS to see and manage the results that are
saved in the tester.
TEST: Tap TEST to do the test shown in the test setup panel.
The percentage of the tests in the project that are completed.
The tester uses the number of available IDs to calculate this
percentage. See Figure 87 on page 218. % Tested does not show
if your project contains only a Next ID list. See “About Next ID
Sets” on page 217 for more information about the Next ID list.
The type of module attached to the tester.
This icon shows when the input and output ports on the
tester’s CertiFiber Pro module are connected to the ports on the
remote’s CertiFiber Pro module, the remote tester is turned on,
and Smart Remote or Loopback mode is selected.
This icon shows when the talk function is on. To use the talk
function:
1 Connect the main and remote testers together through a
duplex fiber link.
2 Connect headsets to the headset jacks on the testers.
3 Press the button on one of the headset microphones or
press on the remote, then speak into the
microphone.
Requirements for Reliable Fiber Test Results
To get reliable fiber test results and make sure your tester meets
its accuracy specifications, you must use the correct procedures:
Use proper cleaning procedures to clean all fiber connectors
before every use. See Chapter 4.
Set the reference frequently. See “About the Reference for
Fiber Tests” on page 103.
Chapter 6: Certify Fiber Cabling
Requirements for Reliable Fiber Test Results
103
Use only test reference cords that comply with ISO/IEC
14763-3. Measure the loss of the cords frequently. See “About
Test Reference Cords and Mandrels” on page 105.
For multimode fiber, make sure you use the encircled flux test
reference cords (EF-TRCs) or standard mandrels correctly. See
“About the EF-TRC (Encircled-Flux Test Reference Cords)” on
page 106 and “TRCs Necessary for Links with APC Connectors”
on page 109.
Keep the tester’s software current. The latest software is
available on the Fluke Networks website. See “Update the
Software” on page 235.
Make sure you select the correct fiber type and test limit for
the job, and the index of refraction for the fiber is correct. See
Table 6 on page 111.
Make sure the battery is fully charged.
Send the modules to a Fluke Networks service center every 12
months for factory calibration.
About the Reference for Fiber Tests
The reference procedure for fiber cable sets a baseline power
level for loss measurements. If the power level that enters the
fiber from the source changes, the reference and your loss
measurements will be incorrect. The power level can change, for
example, when the temperature at the job site increases or
decreases or when you disconnect then reconnect a test reference
cord at the tester’s output port. So, it is important to set the
reference frequently.
When to Set the Reference
Note
At the job site, turn on the testers and let them sit
for a minimum of 5 minutes before you set the
reference. Let them sit longer if they are above or
below ambient temperature.
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The tester requires you to set the reference at these times:
When you change the CertiFiber Pro module in the main or
remote tester.
When you use a different remote tester.
When you change the Reference Method in the test setup.
Set the reference also at these times:
At the start of each day, at the job site, then at regular
intervals during the day. For example, set the reference when
you start tests on a different series of fibers.
When you connect a test reference cord to the module’s
output port or to another source, even if you connect the
same test reference cord you connected before.
When the tester tells you that the reference is out of date.
When a loss measurement is negative. This occurs when there
was a problem when you set the reference. For example, an
endface was dirty or the testers were cold.
Caution
Do not disconnect the test reference cords from
the modules’ output ports after you set the
reference. If you do, you will change the amount
of optical power that enters the fiber and the
reference will not be correct.
Good Reference Values
For Smart Remote and Loopback modes, these are the typical
ranges for reference values:
Multimode 50/125 μm fiber: -19.4 dBm to -26.5 dBm
Multimode 62.5/125 μm fiber: -17.5 dBm to -23.0 dBm
Singlemode fiber: -1.0 dBm to -6.0 dBm
For Far End Source mode with a CertiFiber Pro source, reference
values must be in these ranges:
Chapter 6: Certify Fiber Cabling
Requirements for Reliable Fiber Test Results
105
Multimode 50/125 μm fiber: -19.4 dBm to -26.5 dBm
Multimode 62.5/125 μm fiber: -17.5 dBm to -23.0 dBm
Singlemode fiber: -1.0 dBm to -9.7 dBm
If your reference value is outside of the applicable range given
above, clean and inspect all connectors then set the reference
again. Do this even if the tester lets you use the value.
If your test reference cords and connectors are in good condition,
and you use the correct procedure to set the reference, the
reference value will not change by more than approximately
0.4 dBm.
How to See the Reference Values
After you set the reference, tap View Reference on the SET
REFERENCE screen.
After you do an Autotest, tap the result window for a fiber,
then tap VIEW REFERENCE.
About Test Reference Cords and Mandrels
Use only test reference cords (TRCs) that have low loss:
Maximum loss for multimode TRCs: 0.15 dB
Maximum loss for singlemode TRCs: 0.25 dB
To make sure your test results are accurate as possible:
Inspect the endfaces of the TRCs every 24 to 48 tests and clean
them when necessary.
Use the TRC VERIFICATION wizard available for the 1 Jumper
and 3 Jumper reference methods to measure the losses of the
TRCs. The losses of the TRCs are included in the loss
measurements for links, so you must make sure the losses are
very small. The wizard saves the results of the TRC tests to show
that your TRCs were good. IDs for these results start with “TRC”,
show the date and time of the test, and have an for the test
result.
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About the EF-TRC (Encircled-Flux Test Reference Cords)
The CFP-MM and CFP-QUAD kits includes the EF-TRC (encircled
flux test reference cords), which have signal conditioners on the
cords. When you use the EF-TRCs with the CertiFiber Pro
multimode modules, your tester complies with IEC 61280-4-1, ISO/
IEC 14763-3, and TIA-526-14-B standards for encircled flux.
Measurements made with compliant equipment change less than
10 % for losses of 1 dB or more when you make them at different
times or with different equipment that is also compliant.
Note
The IEC 61280-4-1, ISO/IEC 14763-3, and
TIA-526-14-B standards require your optical loss
test set to comply with encircled flux standards at
850 nm with 50 µm/125 µm fiber. The standards
recommend compliance at 850 nm with 62.5 µm/
125 µm fiber and at 1300 nm with 50 µm/125 µm
and 62.5 µm/125 µm fiber.
Caution
To prevent damage to fiber connectors, to
prevent data loss, and to make sure that your test
results are as accurate as possible:
Use the EF-TRC cords only with the CertiFiber Pro
modules or with sources approved by Fluke
Networks for use with the cords. If a source does
not have the correct LED and internal fibers, the
EF-TRC cords will not make launch conditions that
agree with encircled flux standards.
When you use the EF-TRCs, DO NOT use other
mandrels.
Always follow the handling guidelines given in
Figure 42.
Put protective caps on all connectors when you do
not use them.
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Requirements for Reliable Fiber Test Results
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Use EF-TRCs that have the fiber core dimension
(50 µm or 62.5 µm) and type of connectors (SC, ST,
LC, or FC) that are the same as the fiber link. Do not
use EF-TRCs with hybrid patch cords to connect to
links that have other types of connectors.
GPU157.EPS
Figure 42. How to Prevent Damage to the EF-TRC Fiber Cables
Minimum bend
diameter:
1.2 in (30 mm)
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About APC Connectors
When you do tests on links with APC (angled physical contact)
connectors, use only test reference cords with APC connectors on
the ends connected to the link. If you connect non-APC
connectors to the link, the connectors will cause large reflections
that make loss measurements inaccurate.
For tests on links with APC connectors, use test reference cords
that also have APC connectors on the ends connected to the
tester’s input ports. This is necessary for the 1 jumper reference
method. You can connect APC connectors to the tester’s input
ports because the fiber does not touch the lens on the input port.
Figure 43 shows the TRCs necessary for tests on links with APC
connectors.
Chapter 6: Certify Fiber Cabling
Requirements for Reliable Fiber Test Results
109
GPU166.EPS
Figure 43. TRCs Necessary for Links with APC Connectors
*Use the EF-TRCs only with multimode modules.
Fiber Link Test
Reference
TRC Verification
APC
APC
APC
APC
APC
APC
APC
APC
APC
APC
APC
APC APC
APC
APC
APC
APC
APC
UPC
UPC
UPC
UPC
UPC
UPC
Note
Connect only UPC connectors
to the tester’s output ports
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About Standard Mandrels
Standard mandrels make measurements of multimode power loss
more reliable than if you use no mandrels, but the measurements
do not comply with the standards for encircled flux. Fluke
Networks recommends that you always use only the EF-TRCs with
the CertiFiber Pro multimode modules so that your measurements
comply with EF standards.
If you must do tests in Far End Source mode with a different
multimode source, and the source is not approved by Fluke
Networks for use with the TRCs, use standard mandrels. Make
sure you use the size of mandrel that is correct for 50 μm or
62.5 μm fiber, and read all instructions for the source and
mandrel.
Caution
If you use mandrels for tests on multimode fiber,
do not use test reference cords made from bend-
insensitive fiber. The mandrels possibly will not
remove all of the modes that can make your loss
measurements unreliable.
Settings for Fiber Tests
Table 6 gives descriptions of the settings for fiber tests. To set up
a project, which includes the settings in Table 6, cable IDs, and
operator names, see Chapter 11.
To set up a fiber test
1 On the home screen, tap the test setup panel.
2 On the CHANGE TEST screen, select a fiber test to change,
then tap EDIT.
Or to set up a new fiber test, tap NEW TEST. If no module is
installed, the MODULE screen shows. Tap the correct CertiFiber
Pro module.
Chapter 6: Certify Fiber Cabling
Settings for Fiber Tests
111
3 On the TEST SETUP screen, tap the panels to change settings
for the test. See Table 6.
4 On the TEST SETUP screen, tap SAVE when your test setup is
completed.
5 On the CHANGE TEST screen, make sure the button next to
the test is selected, then tap USE SELECTED.
Table 6. Settings for Fiber Tests
Setting Description
Module Select the CertiFiber Pro module you will use.
Test Type Use Smart Remote mode for tests on duplex-fiber
cabling. See page 118.
Use Loopback mode for tests on patch cords and cable
spools. See page 126.
Use Far End Source mode for tests on individual fibers.
See page 134.
Bi-Directional Off: The tester does fiber tests in only one direction.
On: The tester does fiber tests in both directions. See “Bi-
Directional Tests” on page 143.
The Bi-Directional setting is not available for Far End
Source mode.
Fiber Type Select a fiber type that is correct for the type you will
test. To see a different group of fiber types, tap MORE,
then tap a group. To make a custom fiber type, tap
Custom in the Fiber Groups list. See the Technical
Reference Handbook.
Fiber Type
Settings
IOR: The tester uses the index of refraction to calculate
the optical length of the fiber. Each fiber type includes
the value specified by the manufacturer. To use a
different IOR, make a custom fiber type. See the
Technical Reference Handbook.
-continued-
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Test Limit Select the correct test limit for the job. To see a different
group of limits, tap MORE, then tap the name of a
group. To make a custom limit, tap Custom in the Limit
Groups list. See the Technical Reference Handbook.
Reference
Method
On the No. of Connectors/Splices screen, set the number
of jumpers you will use in each fiber path when you set
the reference. The dotted lines in the diagram on the
screen show you which parts of the link are included in
the test results.
The number of jumpers you use has these effects on loss
measurements:
1 Jumper: Loss measurements include the connections at
both ends of the link. The figures in this manual show 1
Jumper connections.
2 Jumper: Loss measurements include one connection at
one end of the link.
3 Jumper: Loss measurements do not include the
connections at the ends of the link. The tester measures
only the loss of the fiber.
This setting does not change the loss measurements, but
it can change the PASS/FAIL result for test limits that use
a calculated loss limit. For all test limits, the tester saves
this setting to show the reference method you used.
Caution
Most cable manufacturers will give you a
warranty on a fiber installation only if you use
the 1 Jumper reference method when you
certify the installation.
Note
Different standards use different names for the
three methods. See Appendix A.
Connector Type Select the type of connector, such as SC or LC, used in the
cabling. The tester saves this setting to record the type of
connector you used. This setting does not change your
test results or any of the diagrams that the tester shows.
If the correct type is not in the list, select General.
Table 6. Settings for Fiber Tests (continued)
Chapter 6: Certify Fiber Cabling
Settings for Fiber Tests
113
No. of
Connectors/
Splices
The Total Connections and Splices settings are applicable
only if the selected test limit uses a calculated limit for loss.
Total Connections: Enter the total number of
connections that are in each path of the link. Do not
adjust the number for the Reference Method you use.
For example, if the link has 3 connections, enter “3” even
if you use the 2 or 3 Jumper reference method. When
the tester calculates the loss limit, it automatically
removes the losses of the connections you used to set the
reference.
Note
The CertiFiber Pro automatically adjusts the
number of connections for the Reference
Method you use. This is different from the DTX
CableAnalyzer, where you do not include the
reference connections in the number of
connectors.
Splices: Enter the number of splices in each path of the
link.
Jumper Reference: Enter the number of jumpers you will
use in each fiber path when you set the reference. The
dotted lines in the diagram on the screen show you
which parts of the link are included in the test results.
See Reference Method above.
Figure 44 shows the No. of Connectors/Splices screen.
Figure 45 shows how to count the jumpers, connectors,
and splices for this setting.
TRC LENGTH
(Test reference
cord length)
You can enter length of your test reference cords when you
set the reference. To enter this value, tap TRC LENGTH on
the SET REFERENCE screen. The length you enter does not
change the test results. The tester saves the length with the
results to meet TIA reporting requirements.
Table 6. Settings for Fiber Tests (continued)
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GPU140.EPS
Figure 44. Screen to Set the Number of Connectors,
Splices, and Jumpers
Total Connections: Enter the total number of connections that
are in each path of the link. Do not adjust the number for the
Reference Method you use. For example, if the link has 3
connections, enter “3” even if you use the 2 or 3 Jumper
reference method. When the tester calculates the loss limit, it
automatically removes the losses of the connections you used
to set the reference.
Note
For links with MPO modules, each module is one
connector.
D
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Splices: Enter the number of splices that are in each path of the
link.
Jumper Reference: Enter the number of jumpers you will use in
each fiber path when you set the reference. The dotted lines in
the diagram on the screen show you which parts of the link are
included in the test results. See Reference Method on page 112.
The dotted lines show you which parts of the link are included in
the test results.
Connector icons show the connections between the ends of the
link. If you enter 7 or more for the Total Connections setting, a
number inside of a connector icon shows the number of
connectors between the ends of the link. For example, if the
Total Connections setting is 7, a connector icon shows the
number 5 ( )
The round icon shows the number of splices in each path of the
link.
To see help for the screen, tap .
To save your settings, tap DONE.
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GPU133.EPS
Figure 45. How to Count the Numbers of Connectors,
Splices, and Jumpers
Test connections
Total Connections: 3
(do not adjust for the
reference method)
Splices: 1
Connector or connection =
1 connector pair
Connector
Connector
Splice
Connector
Reference
connections
Jumpers: 1
Connectors
included in the
test results for
the 1 Jumper
reference
method
Chapter 6: Certify Fiber Cabling
About 1 Jumper Reference Connections
117
About 1 Jumper Reference Connections
The reference and test connections shown in this manual give 1
jumper results. 1 jumper results include the loss of the fiber plus
the loss of the connections at both ends of the link. This is the
best method for tests on premises fiber installations. Premises
installations typically use patch cords at both ends of the link, and
connector loss is a large part of the total loss.
If you do not have the correct connector adapters, see Appendix B
for other connections that give 1 jumper results.
For descriptions of the 2 and 3 jumper reference connections, see
the Versiv Technical Reference Handbook.
Caution
Most cable manufacturers will give you a
warranty on a fiber installation only if you use a 1
Jumper reference when you certify the
installation.
Note
If you use a 2 Jumper reference, the Wizard for
the reference procedure does not show steps for
the TRC verification. To save test results for the
TRCs, do the tests manually.
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Autotest in Smart Remote Mode
Use Smart Remote mode to do tests on dual-fiber cabling.
In this mode, the tester measures loss and length on two fibers at
two wavelengths. If you turn on the Bi-Directional function and
swap the fibers halfway through the test, the tester makes
measurements in both directions.
Figure 46 shows the equipment for tests in Smart Remote mode.
Fiber Tests with Two Main Testers
If you have two main testers, you can use one as a remote tester
for tests in Smart Remote mode. This also lets you use
FiberInspector video probes at both ends of the cabling for faster
inspections of fiber endfaces.
To use a main tester as a remote
Tap TOOLS then tap Main as Remote.
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Autotest in Smart Remote Mode
119
Figure 46. Equipment for Autotests in Smart Remote Mode
GPU128.EPS
Main and remote Versiv units
with CertiFiber Pro modules
installed
For multimode fiber: two EF-TRC
test reference cords
Two singlemode adapters
For multimode fiber: two test
reference cords. For singlemode
fiber: four test reference cords.
Fiber cleaning supplies
FI-1000 video probe with USB
connector
AC adapters with line cords
(optional)
A
B
D
C
E
F
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Step 1: Set the Reference in Smart Remote Mode
1-1 Turn on the tester and remote and let them sit for a
minimum of 5 minutes. Let them sit longer if they are above
or below ambient temperature.
1-2 Make sure that the home screen shows the correct settings for
the job, and the test type is Smart Remote.
To make sure that other settings are correct, tap the test
setup panel, make sure the correct test is selected on the
CHANGE TEST screen, then tap EDIT to see more settings.
Table 6 on page 111 describes the settings.
1-3 Clean and inspect the connectors on the tester, remote, and
test reference cords.
1-4 On the home screen tap SET REF.
1-5 On the SET REFERENCE screen, tap RUN WIZARD.
Notes
To only set the reference, and not measure the
loss of your test reference cords, tap SKIP WIZARD
on the SET REFERENCE screen.
Fluke Networks recommends that you measure
the loss of your test reference cords each time you
set the reference.
1-6 Make the connections to set the reference, as shown on the
screen and in Figure 47, then tap NEXT to see the completed
connections.
Notes
The SET REFERENCE screen shows reference
connections for the selected reference method.
Figure 47 shows connections for a 1 Jumper
reference.
When you set the reference, align the testers as
shown in Figure 47 to keep the fibers as straight as
possible.
-continued-
Chapter 6: Certify Fiber Cabling
Autotest in Smart Remote Mode
121
GPU122.EPS
Figure 47. Connections for Smart Remote Mode
(1 Jumper Reference, Multimode Fiber)
Caution
Do not disconnect the
outputs ( and ) after
you set the reference.
When you use the EF-TRCs,
DO NOT use other
mandrels.
Fiber
link
Test
reference
cord
Test
reference
cord
*Use the EF-TRCs only with multimode modules.
Fiber Link Test
Reference
TRC Verification
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1-7 To enter the length of the test reference cords you will add to
connect to the link, tap TRC LENGTH on the SET REFERENCE
screen. The length you enter does not change the test results.
The tester saves the length with the results to meet TIA
reporting requirements.
1-8 Tap SET REFERENCE. If you did not use the connection wizard,
go to step 3.
Step 2: Measure the Loss of the Test Reference Cord You
Will Add
Caution
If you disconnected a test reference cord from the
output of the tester or remote, you must set the
reference again to make sure your measurements
are reliable.
2-1 On the SET REFERENCE screen, when the reference procedure
is completed, tap NEXT.
2-2 Disconnect the test reference cords from the INPUT ports on
the tester and remote, then use test reference cords and
adapters to make the connections to verify the TRCs, as shown
on the screen and in Figure 47.
2-3 Tap TRC VERIFICATION. The tester measures and saves the loss
of the test reference cords you added. The IDs for these results
start with “TRC”, show the date and time of the test, and have
an for the test result.
The tester shows a warning if the loss of a TRC is more than
these limits:
Maximum loss for multimode TRCs: 0.15 dB
Maximum loss for singlemode TRCs: 0.25 dB
If the tester shows a warning, clean and inspect the
connectors on the TRCs in the path that has too much loss,
Chapter 6: Certify Fiber Cabling
Autotest in Smart Remote Mode
123
make sure the cords are straight as shown in Figure 47, then
set the reference and do the TRC verification again.
Step 3: Do an Autotest in Smart Remote Mode
Caution
If you disconnected a test reference cord from the
output of the tester or remote, you must set the
reference again to make sure your measurements
are reliable.
3-1 On the SET REFERENCE screen, when the set reference or
TRC verification procedure is completed, tap NEXT to see
how to connect to the link under test.
3-2 Clean and inspect all the connectors.
3-3 Make the connections to do the test on the fiber link, as shown
on the screen and in Figure 47, then tap HOME.
3-4 Tap TEST on the main tester or press on the main or
remote tester.
If the CHECK FIBER CONNECTIONS screen shows an open
fiber:
Make sure that all connections are good and no fibers
have damage. Use the VFL to make sure the fibers in the
link have continuity.
Make sure that the remote is on.
Switch the connections at one end of the patch panel.
If you are not sure you are connected to the correct
fibers, connect the main tester’s INPUT fiber to different
connections until the test continues or the INPUT fiber
on the display is green. Then if necessary, connect the
remote’s INPUT fiber to different connections until the
test continues.
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3-5 If Bi-Directional is On: Halfway through the test, the tester
tells you to switch the input and output fibers. See “Bi-
Directional Tests” on page 143.
3-6 Save the result:
If Auto Save is on, the tester uses the next two IDs to save
the results for the two fibers.
If Auto Save is off, tap SAVE if the test passed or FIX
LATER if the test failed. The SAVE RESULT screen shows
the next two IDs available. You can change the IDs if
necessary.
Autotest Results for Smart Remote Mode
Unsaved results show the results for both fibers. See Figure 48.
Fiber IDs for Saved Results in Smart Remote Mode
If Auto Save is On and the test passed, the tester saves two
records, one for each fiber. The records have the next two IDs in
the ID list.
If you must change the ID for a fiber before you save results, set
Auto Save to Off before you do the test. Then, on the SAVE
RESULT screen, tap the Input Fiber ID or Output Fiber ID window.
The overall result for the Autotest.
The fiber IDs and the loss and length measurements for the
fibers:
The result exceeds the limit.
The result is within the limit.
The selected test limit does not have a limit for the test.
To see the results, limits, and margins for a fiber, tap the
window.
Chapter 6: Certify Fiber Cabling
Autotest in Smart Remote Mode
125
GPU118.EPS
Figure 48. Result for Smart Remote Mode
(Unsaved Bi-Directional Results Shown)
Note
The length shown for each fiber is half of the total
length of both fibers.
The settings the tester used for the test.
The dashed lines are around the connectors and fiber that are
included in the loss and length results. Gray connectors and
fibers are not included because you used them to set the
reference.
Connector icons show the number you entered for the TOTAL
CONNECTIONS setting on the No. of Connectors/Splices
screen (Figure 44 on page 114). For Figure 48, the TOTAL
CONNECTIONS setting is 4.
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The round icon shows the number of splices entered for the
SPLICES setting on the No. of Connectors/Splices screen.
Bi-directional results show the fibers crossed at the main and
remote ports. The fibers show the connections as they are at the
end of the test.
To see help for the screen, tap .
When more than one button shows at the bottom of the screen,
the tester highlights one in yellow to recommend which one to
tap. See “Buttons to Do Tests and Save Results” on page 18.
Autotest in Loopback Mode
Use Loopback mode to do tests on spools of cable and segments
of uninstalled cable.
In this mode, the tester measures loss and length at two
wavelengths. If you turn on the Bi-Directional function and swap
the fibers halfway through the test, the tester makes
measurements in both directions.
Figure 46 shows the equipment for tests in Loopback Mode.
Chapter 6: Certify Fiber Cabling
Autotest in Loopback Mode
127
Figure 49. Equipment for Autotests in Loopback Mode
GPU129EPS
Main Versiv unit with CertiFiber
Pro module installed
For multimode fiber: one EF-TRC
test reference cord
Two singlemode adapters
For multimode fiber: one test
reference cord. For singlemode
fiber: two test reference cords.
Fiber cleaning supplies
FI-1000 video probe with USB
connector
AC adapters with line cords
(optional)
A
B
C
E
D
F
G
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Step 1: Set the Reference in Loopback Mode
1-1 Turn on the tester and let it sit for a minimum of 5 minutes.
Let it sit longer if it is above or below ambient temperature.
1-2 Make sure that the home screen shows the correct settings for
the job, and the test type is Loopback.
To make sure that other settings are correct, tap the test
setup panel, make sure the correct test is selected on the
CHANGE TEST screen, then tap EDIT to see more settings.
Table 6 on page 111 describes the settings.
1-3 Clean and inspect the connectors on the tester and test
reference cords.
1-4 On the home screen tap SET REF.
1-5 On the SET REFERENCE screen, tap RUN WIZARD.
Notes
To only set the reference, and not measure the
loss of your test reference cord, tap SKIP WIZARD
on the SET REFERENCE screen.
Fluke Networks recommends that you measure
the loss of your test reference cord each time you
set the reference.
1-6 Make the connection to set the reference, as shown on the
screen, then tap NEXT to see the completed connections.
Figure 50 also shows the completed connections.
Notes
The SET REFERENCE screen shows reference
connections for the selected reference method.
Figure 50 shows connections for the 1 Jumper
reference.
When you set the reference, keep the fiber as
straight as possible.
-continued-
Chapter 6: Certify Fiber Cabling
Autotest in Loopback Mode
129
GPU131.EPS
Figure 50. Connections for Loopback Mode
(1 Jumper Reference, Multimode Fiber)
Test
reference
cord
Caution
Do not disconnect the
output ( ) after you set
the reference.
When you use the EF-TRCs,
DO NOT use other
mandrels.
Fiber
Fiber Test
Reference
TRC Verification
*Use the EF-TRCs only with multimode modules.
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1-7 To enter the length of the test reference cord you will add to
connect to the fiber under test, tap TRC LENGTH on the SET
REFERENCE screen. The length you enter does not change the
test results. The tester saves the length with the results to meet
TIA reporting requirements.
1-8 Tap SET REFERENCE.
1-9 If you did not use the connection wizard, go to step 3.
Step 2: Measure the Loss of the Test Reference
Cord You Will Add
Caution
If you disconnected the test reference cord from
the output of the tester, you must set the
reference again to make sure your measurements
are reliable.
2-1 On the SET REFERENCE screen, when the reference procedure
is completed, tap NEXT.
2-2 Disconnect the test reference cord from the INPUT port on the
tester, then use a test reference cord and adapter to make the
connections to verify the TRCs, as shown on the screen and in
Figure 50.
2-3 Tap TRC VERIFICATION. The tester measures and saves the loss
of the test reference cord you added. The ID for this result
starts with “TRC”, shows the date and time of the test, and has
an for the test result.
The tester shows a warning if the loss of a TRC is more than
these limits:
Maximum loss for multimode TRCs: 0.15 dB
Maximum loss for singlemode TRCs: 0.25 dB
If the tester shows a warning, clean and inspect the
connectors on the TRC, make sure the cords do not have
Chapter 6: Certify Fiber Cabling
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131
tight bends, as shown in Figure 50, then set the reference
and do the TRC verification again.
Step 3: Do an Autotest in Loopback Mode
Caution
If you disconnected the test reference cord from
the output of the tester, you must set the
reference again to make sure your measurements
are reliable.
3-1 On the SET REFERENCE screen, when the set reference or
TRC verification procedure is completed, tap NEXT to see
how to connect to the fiber under test.
3-2 Clean and inspect the connectors on the fiber under test.
3-3 Make the connections to do the test on the fiber, as shown on
the screen and in Figure 50, then tap HOME.
3-4 Tap TEST on the main tester or press on the main or
remote tester.
If the CHECK FIBER CONNECTIONS screen shows an open
fiber:
Make sure that all connections are good and no fibers
have damage. Use the VFL to make sure the fiber under
test has continuity.
If you are connected to fibers at a patch panel that are
connected together at the far end, and you are not sure
you are connected to the correct fibers, connect the
main tester’s INPUT fiber to different connections until
the test continues.
3-5 If Bi-Directional is On: Halfway through the test, the tester
tells you to switch the input and output fibers. See “Bi-
Directional Tests” on page 143.
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3-6 If Auto Save is on, the tester uses the next ID to save the
results.
If Auto Save is off, the SAVE RESULT screen shows the next
ID available. You can change the ID if necessary.
Autotest Results for Loopback Mode
Figure 51 shows an example of Autotest results for Loopback
mode.
GPU119.EPS
Figure 51. Result for Loopback Mode
The overall result for the Autotest.
The loss and length measurements for the fiber:
D
G
E
F
A
B
C
H
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The result exceeds the limit.
The result is within the limit.
The selected test limit does not have a limit for the test.
To see the results, limits, and margins for the fiber, tap the
window.
The settings the tester used for the test.
The dashed lines are around the connectors and fiber that are
included in the loss and length results. Gray connectors and
fibers are not included because you used them to set the
reference.
Connector icons show the number you entered for the TOTAL
CONNECTIONS setting on the No. of Connectors/Splices
screen (Figure 44 on page 114). For Figure 51, the TOTAL
CONNECTIONS setting is 3.
The round icon shows the number of splices entered for the
SPLICES setting on the No. of Connectors/Splices screen.
To see help for the screen, tap .
When more than one button shows at the bottom of the screen,
the tester highlights one in yellow to recommend which one to
tap. See “Buttons to Do Tests and Save Results” on page 18.
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Autotest in Far End Source Mode
Use Far End Source mode to measure loss at two wavelengths on
one fiber.
In this mode, you can use the CertiFiber Pro remote or another
source, such as the Fluke Networks SimpliFiber
®
Pro source, at the
far end of the fiber.
Caution
For Far End Source mode, use the EF-TRC cords
only with the CertiFiber Pro modules or with
sources approved by Fluke Networks for use with
the cords. If a source does not have the correct
LED and internal fibers, the EF-TRC cords will not
make launch conditions that comply with
encircled flux standards. If the source is not
approved, use a standard mandrel.
Figure 52 shows the equipment for tests in Far End Source mode.
Auto Wavelength Modes
CertiFiber Pro modules and SimpliFiber Pro sources have an auto
wavelength mode. In this mode, the output port transmits both
wavelengths (850 nm and 1300 nm or 1310 nm and 1550 nm). The
signal includes identifiers that tell the meter when to measure
power at each wavelength. The CertiFiber Pro module in the
remote always operates in auto wavelength mode.
To select Auto CertiFiber Pro or Auto SimpliFiber Pro mode, you
tap the setting when the tester shows the TEST MODE window.
The TEST MODE window shows each time you set the reference.
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Figure 52. Equipment for Autotests in Far End Source Mode
GPU130.EPS
Main and remote Versiv units
with CertiFiber Pro modules
installed
For multimode fiber: one EF-TRC
test reference cord
One singlemode adapter
For multimode fiber: one test
reference cord. For singlemode
fiber: two test reference cords.
Fiber cleaning supplies
FI-1000 video probe with USB
connector
AC adapters with line cords
(optional)
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Step 1: Set the Reference in Far End Source Mode
1-1 Turn on the tester and source let them sit for a minimum of
5 minutes. Let them sit longer if they are above or below
ambient temperature, or if the instructions for the source
specify a longer time.
1-2 Make sure that the home screen shows the correct settings for
the job, and the test type is Far End Source.
To make sure that other settings are correct, tap the test
setup panel, make sure the correct test is selected on the
CHANGE TEST screen, then tap EDIT to see more settings.
Table 6 on page 111 describes the settings.
1-3 Clean and inspect the connectors on the tester, source, and test
reference cords.
1-4 On the home screen tap SET REF.
1-5 In the TEST MODE window, select Auto CertiFiber Pro or the
type of source you will use, then tap DONE.
1-6 On the SET REFERENCE screen, tap RUN WIZARD.
Notes
To only set the reference, and not measure the
loss of your test reference cord, tap SKIP WIZARD
on the SET REFERENCE screen.
Fluke Networks recommends that you measure
the loss of your test reference cord each time you
set the reference.
1-7 Make the connections to set the reference as shown on the
screen, then tap NEXT to see the completed connections.
Figure 53 also shows the completed connections.
Note
The SET REFERENCE screen shows reference
connections for the selected reference method.
Figure 53 shows connections for the 1 Jumper
reference.
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Note
When you set the reference, keep the fiber as
straight as possible.
1-8 Turn on the optical source. On the CertiFiber Pro remote
module, hold down the button adjacent to the VFL port for 3
seconds to turn on the multimode source.
On CFP-QUAD modules, to turn on the singlemode source,
press the button again.
Note
The CertiFiber Pro module in the remote always
operates in auto wavelength mode. The output
port transmits both wavelengths (850 nm and
1300 nm or 1310 nm and 1550 nm). The signal
includes identifiers that tell the main tester when
to measure power at each wavelength.
1-9 To enter the length of the test reference cord you will add to
connect to the fiber under test, tap TRC LENGTH on the SET
REFERENCE screen. The length you enter does not change the
test results. The tester saves the length with the results to meet
TIA reporting requirements.
1-10 Tap SET REFERENCE.
1-11 If you did not use the connection wizard, go to step 3.
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GPU132.EPS
Figure 53. Connections for Far End Source Mode
(1 Jumper Reference Multimode Fiber)
EF-TRC*
EF-TRC*
EF-TRC*
Caution
Do not disconnect the
output ( ) after you set
the reference.
When you use the EF-TRCs,
DO NOT use other
mandrels.
Fiber
Test
reference
cord
*Use the EF-TRCs only with multimode modules.
Fiber Test
Reference
TRC Verification
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Autotest in Far End Source Mode
139
Step 2: Measure the Loss of the Test Reference
Cord You Will Add
Caution
If you disconnected the test reference cord from
the output of the tester, you must set the
reference again to make sure your measurements
are reliable.
2-1 On the SET REFERENCE screen, when the reference procedure
is completed, tap NEXT.
2-2 Disconnect the test reference cord from the INPUT port on the
tester, then use a test reference cord and adapter to make the
connections to verify the TRCs, as shown on the screen and in
Figure 53.
2-3 Tap TRC VERIFICATION. The tester measures and saves the loss
of the test reference cord you added. The ID for this result
starts with “TRC”, shows the date and time of the test, and has
an for the test result.
The tester shows a warning if the loss of a TRC is more than
these limits:
Maximum loss for multimode TRCs: 0.15 dB
Maximum loss for singlemode TRCs: 0.25 dB
If the tester shows a warning, clean and inspect the
connectors on the TRC, make sure the cords are straight as
shown in Figure 53, then set the reference and do the TRC
verification again.
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Step 3: Do an Autotest in Far End Source Mode
Caution
If you disconnected the test reference cord from
the output of the tester, you must set the
reference again to make sure your measurements
are reliable.
3-1 On the SET REFERENCE, when the set reference or TRC
verification procedure is completed, tap NEXT to see how to
connect to the fiber under test.
3-2 Clean and inspect the all connectors.
3-3 Make the connections to do the test on the fiber, as shown on
the screen and in Figure 53, then tap HOME.
3-4 If necessary, select End 1 or End 2: On the home screen, tap the
Next ID: panel, then tap the End 1/End 2 control to select an
end.
3-5 Tap TEST on the main tester or press on the main or
remote tester.
3-6 If the CHECK FIBER CONNECTIONS screen shows an open
fiber:
Make sure that all connections are good and no fibers
have damage. Use the VFL to make sure the fiber under
test has continuity.
If you are connected to a fiber at a patch panel, and you
are not sure you are connected to the correct fiber,
connect the main tester’s INPUT fiber to different
connections until the test continues.
3-7 If Auto Save is on, the tester uses the next ID to save the
results.
If Auto Save is off, the SAVE RESULT screen shows the next
ID available. You can change the ID if necessary.
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Autotest in Far End Source Mode
141
Note
To put End 1/End 2 results together in the same
record, use LinkWare software to merge the
results.
Autotest Results for Far End Source Mode
Figure 54 shows an example of Autotest results for Far End Source
mode.
Note
The Autotest in Far End Source mode does not
show a PASS/FAIL result, limit, or margin if the
selected test limit uses fiber length to calculate
loss. An example of such a limit is the TIA-568C
Fiber Backbone limit. The tester does not measure
length in Far End Source mode.
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GPU120.EPS
Figure 54. Result for Far End Source Mode
The overall result for the Autotest.
The loss and length measurements for the fiber:
The result exceeds the limit.
The result is within the limit.
The selected test limit does not have a limit for the test.
To see the results, limit, and margins for the fiber, tap the
window.
The settings the tester used for the test.
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The dashed lines are around the connectors and fiber that are
included in the loss and length results. Gray connectors and
fibers are not included because you used them to set the
reference.
Connector icons show the number you entered for the TOTAL
CONNECTIONS setting on the No. of Connectors/Splices
screen (Figure 44 on page 114). For Figure 54, the TOTAL
CONNECTIONS setting is 1.
The round icon shows the number of splices entered for the
SPLICES setting on the No. of Connectors/Splices screen.
To see help for the screen, tap .
When more than one button shows at the bottom of the screen,
the tester highlights one in yellow to recommend which one to
tap. See “Buttons to Do Tests and Save Results” on page 18.
Bi-Directional Tests
Do bi-directional tests when they are required by the
manufacturer or by your customer.
The tester can automatically do bi-directional tests in Smart
Remote and Loopback modes. To get bi-directional results in Far
End Source mode, do a test from each end of the fiber.
In Smart Remote mode, the tester saves bi-directional results in
two records. Each record contains the results for one fiber for
both directions.
To do a bi-directional test
1 On the home screen, tap the test setup panel, make sure the
correct test is selected on the CHANGE TEST screen, then tap
EDIT.
2 On the TEST SETUP screen, in the Bi-Directional panel, tap the
control to make it show On, then tap SAVE.
3 Do an Autotest.
-continued-
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4 Halfway through the test, the tester tells you to switch the
input and output fibers.
Caution
Switch the connections at both ends of the patch
panel or fiber under test, not at the tester's and
remote’s ports. If you disconnect a test reference
cord from an output port on the tester or remote,
the reference value will be unreliable.
Note
The directions Main>Remote (main to remote)
and Remote>Main (remote to main) in the bi-
directional results are only the directions of the
optical signals for the second half of the test. If a
fiber fails, the direction does not tell you the
location of the problem.
5 If Auto Save is on and the tester is in Smart Remote mode, the
tester uses the next two IDs to save the results for the two
fibers.
If Auto Save is off, and you tap SAVE or FIX LATER, the SAVE
RESULT screen shows the next two IDs available. You can
change the IDs if necessary.
145
Chapter 7: Use the OTDR
Warning
Before you use the tester, read the safety
information that starts on page 5.
Overview of Features
The OptiFiber
®
Pro Optical Time Domain Reflectometer (OTDR)
module attaches to a Versiv
main unit to make a rugged, hand-
held tester that lets you locate, identify, and measure reflective
and loss events in multimode and singlemode fibers. Typical
maximum test ranges are 35 km maximum at 1300 nm for
multimode fiber and 130 km maximum at 1550 nm for
singlemode fiber. The tester includes these features:
Automatic analysis of OTDR traces and events helps you
identify and locate faults on multimode (850 nm and
1300 nm; 50 μm and 62.5 μm) and singlemode (1310 nm and
1550 nm) fiber.
Shows OTDR results as an intuitive map of events, a table of
events, and an OTDR trace.
Automatic bi-directional averaging gives you more accurate
loss measurements than measurements made in one
direction.
Gives a PASS or FAIL result based on a test limit that you
specify.
“Document Only” test limit is available if PASS/FAIL results are
not necessary.
Touchscreen lets you quickly navigate through different views
of the results and see more information about events.
SmartLoop
test: One test gives you OTDR results for both
fibers in a link.
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DataCenter OTDR
test gives optimal performance when you
do tests on fiber installations that have short links, many
connections, and possibly large reflections.
FaultMap
test lets you make maps of your cable plant, see
patch cords as short as 0.5 m, and see events that have poor
reflectance.
Visual fault locator helps you verify the continuity of fibers
and locate faults in fibers and connectors.
Optional FiberInspector
video probe lets you inspect fiber
endfaces and save the images in test reports.
Saves approximately 2000 OTDR tests on fiber links with an
average length of 2 km, and up to 5000 tests for lengths less
than 2 km.
Connectors, Keys, and LEDs
See Figure 55.
LCD display with touchscreen.
Singlemode OTDR port with interchangeable SC adapter and
protective cap. The LED in front of the port turns on when the
port emits an optical signal.
Multimode OTDR port with interchangeable SC adapter and
protective cap. The LED in front of the port turns on when the
port emits an optical signal.
Visual fault locator port and protective cap. The LED in front
of the port turns on when the port emits an optical signal.
Warning
Do not look directly into optical connectors. Some
sources emit invisible radiation that can cause
permanent damage your eyes.
Button that controls the VFL.
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Connectors, Keys, and LEDs
147
GPU06.EPS
Figure 55. Connectors, Keys, and LEDs
(OptiFiber Pro Quad OTDR shown)
Micro-AB USB port: This USB port lets you connect the tester
to a PC so you can upload test results to the PC and install
software updates in the tester.
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Type A USB port: This USB host port lets you save test results
on a USB flash drive, connect the FI-1000 video probe to the
tester, and connect a Wi-Fi adapter for access to Fluke Networks
cloud services.
Headset jack.
: Starts a test. To start a test, you can also tap TEST on
the display.
: Power key.
: Press to go to the home screen.
Connector for the AC adapter. The LED is red when the
battery charges, and green when the battery is fully charged.
The LED is yellow if the battery will not charge. See “Charge
the Battery” on page 12.
RJ45 connector: Lets you connect to a network for access to
Fluke Networks cloud services.
Decal with laser
safety information:
How to Remove and Install the Connector
Adapters
You can change the connector adapters on the OTDR ports of the
modules to connect to SC, ST, LC, and FC fiber connectors. You
can remove the adapter also to clean the fiber endface in the
port. See Figure 56.
Chapter 7: Use the OTDR
How to Remove and Install the Connector Adapters
149
GPU165.EPS
Figure 56. How to Remove and Install the Connector Adapters
LC
SC
Keep extra adapters in
the containers provided.
Caution
Turn only the collar on the adapter.
Do not use tools to remove or install
the adapters.
Key
Slot
Put the key into the slot
before you turn the collar
on the adapter.
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The OptiFiber Pro Home Screen
The home screen (Figure 57) shows important test settings. Before
you do a test, make sure these settings are correct.
GPU02.EPS
Figure 57. The Home Screen
PROJECT: The project contains the settings for a job and helps
you monitor the status of a job. When you save test results, the
tester puts them in the project. Tap the PROJECT panel to edit
the project settings, select a different project, or make a new
project.
Shows a summary of the test results in the project:
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151
: The number of tests that passed.
: The number of tests that failed.
The test setup panel shows the settings the tester will use
when you tap TEST or press .
To change these settings, tap the panel, select the test on the
CHANGE TEST screen, tap EDIT, select different settings on the
TEST SETUP screen, then tap SAVE.
Note
You can set up tests for any module that the
tester can use, even when no module is attached.
Next ID: The Next ID panel shows the ID that the tester gives
to the next test results you save.
Tap Next ID to do these tasks:
Enter an ID, select a different ID in the ID set, select a
different set of IDs, or make a new set. The tester adds the
IDs and ID sets you make to the project that shows on the
home screen.
Turn Auto Save on or off.
Select End 1 or End 2 for OTDR and FiberInspector tests.
Enter a name for End 1 and End 2.
Operator: The name of the person who does the job. You can
enter a maximum of 20 operator names. For each operator you
can also enter the email address that the operator will use as an
ID to sign in to LinkWare Live.
TOOLS: The TOOLS menu lets you set up the compensation
function for the launch/tail cords, use tools such as the real-
time trace and the FiberInspector test, see the status of the
tester, and set user preferences such as the language and the
display brightness.
RESULTS: Tap RESULTS to see and manage the results that are
saved in the tester.
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TEST: Tap TEST to do the test shown in the test setup panel.
The percentage of the tests in the project that are completed.
The tester uses the number of available IDs and the tests you
selected on the CABLE ID SETUP screen to calculate this
percentage. See Figure 86 on page 215. % Tested does not
show if your project contains only a Next ID list. See “About
Next ID Sets” on page 217 for more information about the
Next ID list.
The type of module attached to the tester. If no module is
attached, this screen shows HOME.
Settings for OTDR Tests
Table 7 gives descriptions of the settings for OTDR tests. To set up
a project, which includes the settings in Table 7, cable IDs, and
operator names, see Chapter 11.
To set up an OTDR test
1 On the home screen, tap the test setup panel.
2 On the CHANGE TEST screen, select an OTDR test to change,
then tap EDIT.
Or to set up a new OTDR test, tap NEW TEST then tap a Test
Type.
3 On the TEST SETUP screen, tap the panels to change settings
for the test. See Table 7.
4 On the TEST SETUP screen, tap SAVE when your test setup is
completed.
5 On the CHANGE TEST screen, make sure the button next to
the test is selected, then tap USE SELECTED.
Chapter 7: Use the OTDR
Settings for OTDR Tests
153
Table 7. Settings for OTDR Tests
Module Select the OTDR module you will use.
To select a different module, tap the Module panel on the
TEST SETUP screen, then tap a module.
Test Type When you turn on the tester, the Test Type shows the test
that was last selected.
Auto OTDR: The tester automatically selects settings that
give you the best view of the events on the cabling. This
mode is the easiest to use and is the best choice for most
applications. To see the settings the tester used for an
Auto OTDR test, tap SETTINGS on the trace screen.
Note
Some unusual faults can cause the Auto OTDR
test to show an unsatisfactory trace. If this occurs,
use the Manual OTDR test to get a better trace.
Manual OTDR: This mode lets you select settings to control
the qualities of the trace. See the Technical Reference
Handbook.
DataCenter OTDR: This test is optimized for fiber
installations that have short links, many connections, and
the possibility of large reflections.
Notes
By default, the DataCenter OTDR test uses 850 nm
for multimode fiber and 1310 nm for singlemode
fiber. These are the wavelengths typically used in
data centers. You can select other wavelengths if
necessary.
You must use launch compensation when you do
a DataCenter OTDR test.
(continued)
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Test Type
(cont.)
FaultMap: The FaultMap test can show connections that
do not show on the OTDR EventMap and connections that
are poor because they have high reflectance. See “The
FaultMap Test” on page 174.
SmartLoop OTDR (Auto) and SmartLoop OTDR (Manual):
The SmartLoop test lets you connect the far ends of the
two fibers in a link so that one OTDR test gives you results
for both fibers. The Auto and Manual settings operate the
same as for the OTDR test. See “The SmartLoop Test” on
page 180.
Manual OTDR
Settings
This item shows only if you select Manual OTDR or
SmartLoop OTDR (Manual) for the Test Type. Manual
OTDR mode lets you select settings to control the qualities
of the trace. See the Technical Reference Handbook.
Bi-Directional This setting shows only if you select SmartLoop OTDR
(Auto) or SmartLoop OTDR (Manual) for the Test Type.
Off: The tester does the SmartLoop test in only one
direction.
On: The tester does the SmartLoop test in both directions
and automatically calculates bi-directional averages of
loss. See “Bi-Directional SmartLoop Tests” on page 185.
Launch
Compensation
Tap the control to turn the launch compensation function
on or off. See“About Launch and Tail Cords” on page 156.
Wavelength Select the wavelengths you want to use. You can do tests
at one or all of the wavelengths supported by the module
you selected.
Fiber Type Select a fiber type that is correct for the type you will test.
To see a different group of fiber types, tap MORE, then
tap a group.
Note
Select a fiber type before you select a test limit
and wavelengths. The tester shows only the test
limits and wavelengths that are applicable to the
selected fiber type.
Table 7. Settings for OTDR Tests (continued)
Chapter 7: Use the OTDR
Settings for OTDR Tests
155
Fiber Type
Settings
IR: The tester uses the index of refraction to calculate the
optical length of the fiber. Each fiber type includes the
value specified by the manufacturer. To use a different IR,
make a custom fiber type. See the Technical Reference
Handbook.
Backscatter: Backscatter is the backscatter coefficient. The
tester uses this value to calculate the reflectance of events
for OTDR tests and the overall ORL for the link. Each fiber
type includes the value specified by the manufacturer. To
use a different backscatter value, make a custom fiber
type. See the Technical Reference Handbook.
Test Limit Select the correct test limit for the job. Generic limits, such
as General Fiber and Document Only, let you do tests
when no industry-standard limit is applicable and you do
not want to make a custom limit. These limits are in the
Miscellaneous group. To see a different group of limits,
tap MORE, then tap the name of a group.
Some test limits use the measured length of the fiber to
calculate a limit for loss.
Test Limit
Settings
This item shows only if the selected test limit calculates a
loss limit for each link. For such limits, enter the number of
connectors and splices in the link. See the Technical
Reference Handbook.
Table 7. Settings for OTDR Tests (continued)
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About Launch and Tail Cords
Launch and tail cords let the tester measure the loss and
reflectance of the first and last connectors in the cabling and also
include them in the measurement of overall loss. Without launch
and tail cords, no backscatter is available before the first
connector nor after the last. To measure the properties of a
connector, the tester must measure the backscatter before and
after the connector.
Fluke Networks recommends that you use launch and tail cords.
You should also use the launch/tail cord compensation function
to remove the lengths of these fibers from the OTDR
measurements.
If you select a test limit that requires you to use launch and tail
cords, the tester shows a warning message when you try to do an
OTDR test without launch and tail cords.
Caution
For tests on cabling that has angled physical contact
(APC) connectors, use only launch/tail cords that
have APC connectors at the ends connected to the
cabling. Other connector types cause large
reflections that can cause unreliable test results.
Notes
Do not use hybrid patch cords to connect the
launch or tail cords to the cabling under test. Use
launch and tail cords with the correct connectors
to connect directly to the cabling under test. This
gives the best measurement of the first and last
connectors in the link. Launch and tail cords with
different types of connectors are available from
Fluke Networks.
Launch + Tail compensation usually gives the most
accurate measurements.
The style of the case for your launch/tail cords can
be different from the cords shown in this manual.
Chapter 7: Use the OTDR
About Launch and Tail Cords
157
How to set up the launch compensation function
1 Select launch and tail cords that have the same type of fiber
as the fiber you will test.
2 On the home screen, tap the test setup panel. On the
CHANGE TEST screen, select an OTDR test to change, then tap
EDIT. Or to set up a new OTDR test, tap NEW TEST then tap
Auto OTDR, Manual OTDR, or DataCenter OTDR.
3 On the TEST SETUP screen, tap the Launch Compensation
control to set it to On.
4 On the TEST SETUP screen, make sure the Fiber Type is correct.
Change it if necessary.
5 On the TEST SETUP screen, tap SAVE.
6 On the home screen, tap the TOOLS icon, then tap Set Launch
Compensation.
7 On the SET LAUNCH METHOD screen tap the type of
compensation you want to do.
8 Clean and inspect the OTDR port and the launch/tail cord
connectors.
9 Make the connections for the type of compensation you
selected, as shown on the SET LAUNCH METHOD screen.
10 Tap SET.
11 When the SET LAUNCH COMP screen shows, select the event
or events that are the end of the launch cord and the start of
the tail cord (if you used a tail cord).
12 Tap SAVE.
Figure 68 shows an example of an OTDR trace with launch and
tail markers enabled.
Note
If you change the launch or tail cord, do the
compensation procedure again.
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How to Prevent Damage to the Launch Cord Connectors
When you do not use a launch cord, keep the connectors
attached to the case or inside the case. See Figure 58.
GPU44.EPS
Figure 58. How to Prevent Damage to the Launch Cord Connectors
How to Hang the Launch Cords
The optional TPAK magnet and strap let you hang the launch
cords from metal surfaces (Figure 59).
Caution
Do not make tight bends
in the fibers.
Cords with a
mechanical reel
Cords in a
zippered case
Chapter 7: Use the OTDR
OTDR Port Connection Quality
159
GPU191.EPS
Figure 59. How to Use the Optional TPAK Magnetic Hanger
OTDR Port Connection Quality
When you do an OTDR test, the test shows the quality of the
OTDR port connection (Figure 60). If a test takes more than
approximately 3 seconds, the PROGRESS screen also shows a
preview of the OTDR trace. The trace is black for one wavelength
and blue for the other wavelength.
If the gauge is not in the Good range
Clean the OTDR port and the fiber connector. Use a video
probe to inspect the endfaces in the port and fiber connector
for scratches and other damage. If an endface on the tester
shows damage, contact Fluke Networks for service
information.
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If the gauge stays outside the Good range, remove the
adapter from the module and inspect the adapter for
damage. Make sure that the white plastic ring inside the
center tube shows no damage.
A poor OTDR connection increases the dead zone at the
connector. The dead zone can hide faults that are near the OTDR
connector.
A poor connection also decreases the strength of the signal from
the OTDR. The weaker signal causes more noise on the trace,
which can cause the OTDR to miss events. It also decreases the
dynamic range.
When the test is completed, the quality gauge shows in the
details for the OTDR Port event on the EventMap screens. The
tester includes the gauge with the test results you save.
GPU17.EPS
Figure 60. The OTDR Port Connection Quality Gauge and Progress Screen
Chapter 7: Use the OTDR
How to Do an OTDR Test
161
How to Do an OTDR Test
Figure 61 shows the equipment for OTDR tests.
To do an OTDR test
1 Make sure that the home screen shows the correct settings for
the job. If it is not necessary to use specific settings, set the
test type to Auto OTDR to make sure the results show all of
the events on the fiber.
2 Clean and inspect the connectors on the launch and tail cords
and the fiber to be tested.
3 Connect the tester to the link as shown in Figure 62, 63, or 64.
4 Tap TEST or press .
Note
The tester shows a warning if there is an optical
signal on the fiber.
Figure 61. Equipment for OTDR Tests
GPU31.EPS
Versiv unit with OTDR module
installed
Launch and tail cords (match the
fiber to be tested)
FI-1000 video probe with USB
connector
Fiber cleaning supplies
AC adapter with line cord
(optional)
A
B
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GPU03.EPS
Figure 62. OTDR Connected with a Launch Cord
Launch cord
Fiber link
Versiv unit with OTDR
module
Chapter 7: Use the OTDR
How to Do an OTDR Test
163
GPU04.EPS
Figure 63. OTDR Connected with Launch and Tail Cords
Launch cord
Tail cord
Fiber link
Versiv unit with OTDR
module
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GPU05.EPS
Figure 64. OTDR Connected to a Spool of Fiber
Mechanical
splice
Versiv unit with
OTDR module
Spool of fiber
Chapter 7: Use the OTDR
OTDR Results
165
OTDR Results
Notes
The tester shows measurements with “>” or “<“
when the actual value is possibly more or less than
the value shown. For example, this can occur for
hidden events or for measurements that are out
of the range of the tester.
When a test is completed, the type of screen the
tester shows first (EventMap, TABLE, or TRACE) is
the type you looked at last.
EventMap
Notes
The EventMap combines the results for all
wavelengths used for the test. If an event on the
EventMap does not show on the event table or
OTDR trace, change the wavelength on the OTDR
screen.
The EventMap does not show ghosts.
See Figures 65 and 66.
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GPU11.EPS
Figure 65. EventMap Example 1
The ID for the results. If Auto Save is off, Result not saved
shows.
The end of the fiber.
The length of the fiber segment between two events.
A reflective event:
: A reflective event, which is usually a connector.
Measurements for the event are all within the test limits.
: One or more measurements for the event exceeds the limit.
: Launch and tail cords and their connectors show in gray.
The map shows these if Launch Compensation is on and the
cords are connected.
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: The arrow icon shows when there are more events that do
not show on the screen. To see the events, tap the icon or scroll
the map.
When more than one button shows at the bottom of the
screen, the tester highlights one in yellow to recommend
which one to tap. See “Buttons to Do Tests and Save Results”
on page 18.
The fiber type and test limit the tester used for the test, and
the ID the tester will use for the next results that you save.
When a test is completed, the window shows information for
the event that has the worst measurement. The information
windows show the worst results of the wavelengths used for
the test.
If the window border is green, the measurements for the event
do not exceed the limits.
If the window border is red, a measurement exceeds the limits.
If the window border is blue, the tester does not give a pass or
fail result to the event because it cannot do a full analysis of the
event. This occurs for OTDR Port, Hidden, and End events. This
occurs for all events if you use the Document Only test limit
because Document Only does not have values for limits.
When you use a test limit that has a reflectance limit, Hidden
events show a fail status if their reflectance exceeds the limit.
: The measurement exceeds the limit.
: The measurement is within the limit.
To see details for the event, tap the window.
To see information for another event, tap another icon on the
map.
Note
Events before the launch cord connector and after
the tail cord connector do not have a pass or fail
status.
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Overall Loss: The loss of the cabling. This does not include the
OTDR connection and the loss of the last event. If Launch
Compensation is on, the overall loss includes the launch and
tail connectors, but not the launch and tail fibers.
If you did the test at two wavelengths, the tester shows the
highest loss of the two wavelengths.
N/A shows for the Overall Loss if the tester cannot measure the
loss. This can occur when events are too close together or when
there is a large reflective event near the end of the fiber.
Fiber Length: The length of the fiber. The units show in
meters (m) or feet (ft). If Launch Compensation is on, the
length does not include the length of the launch and tail
cords.
PASS/FAIL: The overall result for the fiber.
PASS: All measurements are within the test limits.
FAIL: One or more measurements exceed the limit.
Refer to Figure 66:
Length of the tail cord (top) and launch cord (bottom).
A loss event, such as a splice or bend:
: Measurements for the event are all within the test limits.
: One or more measurements for the event exceeds the limit.
: The event is hidden by a previous event.
The map shows a dotted line around hidden events and the
event that causes them to be hidden. The tester combines the
loss of all the events that are in the dotted line. To see the
combined loss, tap the event that causes the hidden event (
).
The tester does not show loss measurements for hidden events.
Chapter 7: Use the OTDR
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169
GPU22.EPS
Figure 66. EventMap Example 2
: The event is hidden by a previous event. The reflectance of
the event exceeds the limit. This icon shows only when the test
limit has a limit for reflectance.
The cause of the hidden event. In this example, the cause is a
connector on a short patch cord. The loss of the second
connector is hidden in the attenuation dead zone of the first
connector.
Tap to see information about the selected event.
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B
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Event Table
The event table shows a list of the events on the fiber. To see the
event table, tap TABLE on the OTDR results screen. Figure 67
shows an example of an event table.
To see details for an event, tap the event in the table. Scroll the
table if necessary to see all the events.
(ft) or (m): The distance to the event
LOSS: The loss of the event.
REFLECT: The reflectance of the event.
TYPE: The event type.
Note
The OTDR Port and End events always show N/A
for loss because backscatter measurements are
not available on both sides of those events.
Tap to see help for this screen.
OVERALL: Tap this button to see overall measurements of
length, loss, and optical return loss for the fiber.
When more than one button shows at the bottom of the
screen, the tester highlights one in yellow to recommend
which one to tap. See “Buttons to Do Tests and Save Results”
on page 18.
If the tester made measurements at two wavelengths, tap the
arrow buttons to see results for the other wavelength.
Possibly, some events show only at one wavelength.
: The measurement is within the limit.
: The measurement exceeds the limit.
: The tester does not give a pass or fail result to the event. This
occurs for OTDR Port, Hidden, and End events. This occurs for all
events if you use the Document Only test limit because
Document Only does not have values for limits.
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OTDR Results
171
GPU12.EPS
Figure 67. Event Table
When you use a test limit that has a reflectance limit, Hidden
events show a FAIL status if their reflectance exceeds the limit.
To see details for an event, such as limits for measurements and
the SEGMENT ATTENUATION coefficient, tap the event in the
table.
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B
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OTDR Trace
To see the OTDR trace, tap TRACE on the OTDR results screen.
Figure 68 shows an example of an OTDR trace.
GPU14.EPS
Figure 68. OTDR Trace
The decibel scale shows the level of backscatter. The tester sets
the backscatter level at the start of the trace to approximately
0dB.
The measurement cursor. To measure loss and distance, tap
the yellow circle so that MARK shows, drag the cursor to the
start of the measurement, tap MARK, then drag the cursor to
the end of the measurement.
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When the cursor is on an event, this area shows the event
type. The text is green if the event passed, red if the event
failed, or black is there is no limit for measurements. The
event type does not show after you tap MARK to use the
measurement cursor.
Tap to see help for this screen.
Tap SETTINGS to see the settings the tester used for the OTDR
test. The tester saves the settings with the result.
Tap or to move the cursor to another event.
The wavelength the tester used for the test. If the tester used
more than one wavelength, tap or to see the other
wavelength. Possibly, some events show only at one
wavelength. You can select wavelengths on the TEST SETUP
screen.
When more than one button shows at the bottom of the
screen, the tester highlights one in yellow to recommend
which one to tap. See “Buttons to Do Tests and Save Results”
on page 18.
The distance scale shows the distance along the fiber.
Markers for the end of the launch cord and the beginning of
the tail cord are orange, dashed lines.
PASS: All measurements were within the limits.
FAIL: One or more measurements exceeded its limit.
To zoom in and out, use the pinch, reverse-pinch, and double-
tap gestures on the touchscreen. You can also use the zoom
controls to change the magnification on the distance and
decibels scales independently. See Figure 3 on page 17.
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The FaultMap Test
The FaultMap test helps you record the connections in a fiber link
and identify bad connections. It can show short patch cords and
find connections that have high reflectance. The FaultMap test
gives you these results:
Shows a map of the connectors in the link that possibly do not
show on the OTDR EventMap. The map includes connectors
that are hidden in the dead zones made by previous events.
The FaultMap test shows patch cords as short as 0.5 m for
lengths < 2 km.
Shows connections that are poor because they have high
reflectance (> -35 dB).
Reflective events that are apparently not connectors do not show
on the FaultMap diagram. Loss events are also not shown.
The FaultMap test finds events that have a reflectance larger than
approximately -50 dB on multimode fiber and -60 dB on
singlemode fiber. (More negative values mean less reflectance
and a better connection. For example, a connector with a
reflectance of -40 dB is better than one with -35 dB.)
Notes
Since the FaultMap test finds only reflections, do
not use it to look for fusion splices or angled
physical contact (APC) connectors.
FaultMap results do not include a PASS/FAIL status.
The results are only for your documentation of the
link.
FaultMap tests on singlemode fiber usually take
more time than OTDR tests. The test uses very
narrow pulses on singlemode fiber to make the
smallest event dead zones possible, and does
more analysis on the reflections in the link.
Chapter 7: Use the OTDR
The FaultMap Test
175
How to Do the FaultMap Test
Notes
The FaultMap test does not use the launch
compensation settings.
The FaultMap test uses the wavelength that gives
the best results.
Figure 69 shows the equipment for the FaultMap test.
1 Clean and inspect the connectors on the launch and tail cords
or patch cords and the link to be tested.
2 Connect the launch cord to the OTDR port and the link to be
tested, as shown in Figure 70. Connect a tail cord to the far
end of the link if necessary.
Or, you can use a patch cord that is 1 m long at minimum to
connect the tester to the link. To see results for the far-end
connector, connect a tail cord or patch cord (>1 m) to the far end
of the link.
3 On the home screen, tap the test setup panel.
4 On the CHANGE TEST screen, tap the button next to the
FaultMap test, then tap USE SELECTED. If a FaultMap test is
not available, tap NEW TEST to add one to the project.
5 Tap TEST or press .
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Figure 69. Equipment for FaultMap Tests
GPU39.EPS
Versiv unit with OTDR module
installed
Launch and tail cords or patch
cords (match the fiber to be
tested)
FI-1000 video probe with USB
connector
Fiber cleaning supplies
AC adapter with line cord
(optional)
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B
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E
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GPU41.EPS
Figure 70. FaultMap Test Connections
Launch cord or
patch cord
(optional)
Tail cord or patch
cord (optional)
Versiv unit with
OTDR module
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FaultMap Screen
GPU15.EPS
Figure 71. FaultMap Screen
Note
The FaultMap test does not use the launch
compensation settings. The results show the
launch and tail cords and their connectors in the
same colors as other cords and connectors.
The ID for the results. If Auto Save is off, Result not saved
shows.
: An event that has a reflectance smaller than -35 dB.
The length of the fiber segment between two events.
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: An event that has a reflectance larger than -35 dB. It is
possibly a connector that is dirty, poorly polished, scratched,
cracked, misaligned, unseated, worn, or the wrong type.
: The arrow icon shows when there are more events that do
not show on the screen. To see the events, tap the icon or scroll
the screen.
When more than one button shows at the bottom of the
screen, the tester highlights one in yellow to recommend
which one to tap. See “Buttons to Do Tests and Save Results”
on page 18.
If the window is blue, the reflectance of the event is smaller
than -35 dB. If the window is orange, the reflectance is larger
than -35 dB.
To see the window for another event, tap another icon on the
fiber.
Fiber Length: The length of the fiber. This includes the lengths
of the launch and tail cords, if you used them.
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The SmartLoop Test
The SmartLoop test lets you connect the far ends of the two fibers
in a link and do one OTDR test to get separate results for each
fiber.
You use a launch cord to connect the fibers together at the far
end of the link. When you do the SmartLoop test, the tester uses
the launch compensation settings to remove the effects of the
loopback cord and its connectors.
The Auto and Manual settings for the SmartLoop test operate the
same as for the OTDR test. See Table 7 on page 153.
Figure 72 shows the equipment for the SmartLoop test.
Figure 72. Equipment for SmartLoop Tests
GPU169.EPS
Versiv unit with OTDR module
installed
Three launch cords for launch,
tail, and loopback connections
(match the fiber to be tested)
Short patch cord (30 cm (12 in)
maximum) and adapter for
bi-directional tests
Two adapters
Fiber cleaning supplies
FI-1000 video probe with USB
connector
AC adapter with line cord
(optional)
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How To Do an Auto SmartLoop Test
1 On the home screen, tap the test setup panel.
2 On the CHANGE TEST screen, tap the button next to the Auto
SmartLoop test, then tap USE SELECTED.
If an Auto SmartLoop test is not available, tap NEW TEST to add
one to the project. Select settings as necessary on the TEST
SETUP screen. See “Settings for OTDR Tests” on page 153.
3 Select three launch cords that have the same type of fiber as
the fiber you will test.
4 On the home screen, tap the TOOLS icon, then tap Set Launch
Compensation.
5 On the SET LAUNCH METHOD screen tap SmartLoop.
6 Clean and inspect the OTDR port and connectors on the three
launch cords.
7 Make the connections shown in Figure 73.
8 Tap SET.
9 When the SET LAUNCH COMP screen shows, make sure the
tester shows the correct distances for the end of the launch
cord and the start of the tail cord.
Note
If the fibers have APC connectors, the tester
possibly will not find the correct launch and tail
events. If this occurs, do the compensation again
and select Manual Entry to enter the lengths of
the cords manually.
10 Tap SAVE.
11 Make the connections shown in Figure 74.
12 On the home screen, make sure the IDs for the fibers are
correct. The tester uses the Fiber A ID for the fiber connected
to the launch cord.
13 Tap TEST or press .
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GPU170.EPS
Figure 73. SmartLoop Launch Compensation Connections
Launch cord
Tail cord
Loopback cord
Versiv unit with OTDR
module
OTDR port
protector
patch cord
(30 cm, 12 in)
Adapters
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The SmartLoop Test
183
GPU171.EPS
Figure 74. SmartLoop Test Connections
Launch cord
Loopback cord
(Tail Cord for Fiber A
and Launch Cord for
Fiber B)
Tail cord
Versiv unit with
OTDR module
Fiber link
OTDR Port event for
Fiber B
End event for Fiber A
OTDR port
protector
patch cord
(30 cm, 12 in)
Fiber
A
Fiber
B
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SmartLoop Results
The tester shows the SmartLoop results on two sets of EventMap,
TABLE, and TRACE screens, one for each fiber in the link. See
Figure 75.
GPU172.EPS
Figure 75. EventMap from a SmartLoop Test
The purple fiber is the loopback cord.
The fiber between the launch cord and the loopback cord is
the fiber on one side of the link.
Fiber A is the side of the link connected to the OTDR at End 1.
To switch between results for fibers A and B, tap on the
EventMap screen.
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The SmartLoop Test
185
Note
When you save SmartLoop results, the tester saves
the results in two records, one for each fiber in
the link.
Bi-Directional SmartLoop Tests
OTDR tests from both ends of a fiber can give different results
because some properties of fiber and fiber components can cause
differences in the loss measurements in each direction.
For example, the loss of an event is the difference between the
backscatter levels before and after the event. If a segment after a
connector or splice has a higher backscatter value than the
segment before, the tester shows different values of loss for the
connector or splice from the two directions.
For splices, which have very little loss, the difference in the
backscatter of the two fibers can cause an apparent gain in power
across the splice in one direction.
For this and other reasons, bi-directional averages of connector
and splice loss in both directions are more accurate than
measurements from one direction.
The bi-directional SmartLoop test gives you bi-directional OTDR
results for both fibers in a link. The tester also automatically
calculates averages of the two results and includes the averaged
values in the test record.
How to Do a Bi-Directional SmartLoop Test
1 On the home screen, tap the test setup panel, make sure the
correct SmartLoop test is selected on the CHANGE TEST screen,
then tap EDIT.
2 On the TEST SETUP screen, in the Bi-Directional panel, tap the
control to make it show On, then tap SAVE.
(continued)
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3 On the home screen, make sure the IDs for the fibers are
correct. The tester uses the Fiber A ID for the fiber connected
to the launch cord at the start of the test.
4 Make the connections for End 1 as shown in Figure 76.
Note
To decrease the wear on the OTDR connector and
help keep it clean, use the OTDR port protector
(30 cm, 12 in) patch cord provided to connect the
OTDR to the launch and tail cords for bi-
directional SmartLoop tests.
To reduce the effect of the port protector patch
cord on results, do not use a cord longer than 50
cm (20 in).
5 Do the SmartLoop test.
6 Halfway through the test, the tester tells you to connect the
tail cord to the OTDR port. Make the connections for End 2 as
shown in Figure 76.
Caution
Switch the launch and tail connections at the end
of the short patch cord. If you switch the
connectors at the patch panel, you will possibly
get less accurate results for those connections
during the second half of the test.
7 If Auto Save is on, the tester uses the next two IDs to save the
results for the two fibers.
If Auto Save is off, and you tap SAVE or FIX LATER, the SAVE
RESULTS screen shows the next two IDs available. You can
change the IDs if necessary.
When both results are saved, the tester automatically
calculates bi-directional averages of loss measurements and
includes the averaged values in the test record.
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The SmartLoop Test
187
GPU176.EPS
Figure 76. SmartLoop Test Connections for a Bi-Directional Test
Launch
cord
Loopback cord
(Tail Cord for Fiber A
and Launch Cord for
Fiber B)
Tail
cord
Fiber link
Short patch cord
(30 cm, 12 in)
Connections for
End 1
Connections for
End 2
Launch
cord
Tail
cord
Loopback cord
(Tail Cord for Fiber B
and Launch Cord for
Fiber A)
OTDR Port event
for Fiber B
OTD
R Port event
for fiber A
End event
for Fiber A
End event
for Fiber B
Fiber A Fiber B
Fiber A Fiber B
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Averaged Bi-Directional Results
Note
Unless otherwise noted, this section applies to
bi-directional results from SmartLoop tests and bi-
directional OTDR tests on single fibers.
Figure 77 shows an EventMap with averaged results from a bi-
directional SmartLoop test.
For averaged results, the tester shows the EventMap and the
event TABLE tabs, but not the OTDR tab. The averaged results do
not include Ghost events.
For Hidden events, the tester calculates the average loss of
the event that causes the hidden event, then divides that loss
among the events inside the dotted lines. For example, if the
average loss of an event is 0.24 dB, and the event causes one
event to be hidden, then the average results show 0.12 dB for
the event and 0.12 dB for the hidden event.
For these measurements, the averaged results show the larger
or the worst of the two results:
Distance between events: larger distance is shown
Reflectance: worst value is shown (for example, -30 dB is
worse than -40 dB). The reflectance measurements from
the unconnected ends are not used in the averaged
results.
Segment length: larger value is shown
Segment attenuation: larger value is shown
Fiber length: larger value is shown
Overall loss: average value is shown
Optical return loss: worse value is shown (for example,
30 dB is worse than 40 dB)
The Port Connection Quality in the averaged results is the
rating from End 1.
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The SmartLoop Test
189
The tester does not calculate averaged results in some
situations, for example if a launch, tail, or loopback cord was
not detected or if the distance to the end was not the same in
both directions.
GPU197.EPS
Figure 77. EventMap for Averaged, Bi-Directional SmartLoop Results
The purple fiber is the loopback cord.
The longest segment length of the two directions.
Tap this button to see the results for the other fiber (A or
B).
Touch for 3 seconds to see a summary of the results from
ends 1 and 2 on fibers A and B. To see the EventMap for a
result in the list, tap the result.
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B
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This button shows with bi-directional SmartLoop results
and bi-directional OTDR results from single fibers. Tap this
button to see results from each direction (End 1 or End 2) or
the averaged results (
).
This line shows which results are on the display. Use the
selection buttons (
and ) to see other results.
Overall Loss: The average loss of the two directions.
Fiber Length: The longest length of the two directions.
PASS/FAIL: The overall result for the fibers.
PASS: The averaged results passed. It is possible for one or
both directions to have FAIL results, while the overall
result is PASS.
FAIL: The averaged results failed.
Note
The tester does not use the bi-directional average
results in the calculation for the % Tested that
shows on the home screen.
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Chapter 8: Use the Visual Fault Locator
Visual Fault Locator Applications
The CertiFiber Pro and OptiFiber Pro modules include a visual
fault locator that sends a red light down the fiber. The red light
shows at the end of the fiber and at breaks, cracks, and sharp
bends along the fiber.
The VFL also helps you quickly verify the continuity of fibers,
identify connectors, and find faults along fibers and in
connectors.
The VFL helps you do these tasks:
Quickly verify the continuity of fibers.
Identify the polarity of duplex connections.
Identify connections in patch panels.
See breaks and bad splices. These faults cause the fiber to
emit red light.
See high-loss bends. If you can see the light from the VFL
at a bend in a fiber, the bend is too sharp.
See connectors that have damaged fibers inside. A
damaged fiber inside a connector causes a red light in the
connector.
Increase the quality of mechanical splices and pre-
polished connectors: Before you seal the splice or
connector, adjust the fiber alignment for the minimum
amount of light where the fibers touch. (Refer to the
instructions from the manufacturer when you make
splices and connectors.)
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How to Use the VFL
Figure 78 shows the equipment for tests with the visual fault
locator.
Figure 78. Equipment for Visual Fault Locator Tests
GPU137.EPS
Versiv main unit with CertiFiber
Pro or OptiFiber Pro module
installed
One patch cord to connect the
tester to the fiber (optional)
FI-1000 video probe with USB
connector
Fiber cleaning supplies
AC adapter with line cord
(optional)
A
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How to Use the VFL
193
To use the visual fault locator
Note
You can connect the visual fault locator to
connectors that have 2.5 mm ferrules (SC, ST, or
FC). To connect to other ferrule sizes, use a test
reference cord with the correct connector at one
end and a SC, ST, or FC connector at the tester
end.
1 Clean and inspect the connectors on the patch cord, if used,
and the fiber to be tested.
2 Connect the fiber directly to the VFL port or use the patch
cord to connect to the port.
3 Use the VFL button to turn on the visual fault locator (refer to
Figure 79).
Or, on the home screen tap TOOLS, then tap Visual Fault
Locator (VFL). You can tap the PULSE/OFF/CW (continuous
wave) button on the screen to change the modes of the VFL, or
use the button as shown in Figure 79.
4 Look for the red light as shown in Figure 79.
5 To see the light that comes out of a connector, hold a white
paper in front of the fiber connector.
Notes
The fiber connector at the VFL and the fiber near
the connector can emit red light when there are
no faults there because the light is strong at the
VFL output.
The light from the VFL is possibly not visible
through dark-colored fiber jackets.
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GPU07.EPS
Figure 79. How to Use the Visual Fault Locator
VFL button
Verify continuity
and identify fibers
Find microbends and
broken fibers
Find connectors that have
broken fibers inside
Find splices that have
broken fibers inside
Find bends that
are too sharp
VFL connector
1 Press the VFL button: VFL is
on (CW, continuous wave).
2 Press again: VFL flashes
(PULSE).
3 Press again: VFL is off.
195
Chapter 9: Monitor Optical Power
You can use the CertiFiber Pro main tester to monitor and save
measurements of optical power and loss, and you can use the
main or remote tester and as an optical power source. You can
use the main tester’s power or loss meter and its light source at
the same time.
How to Monitor Power and Loss
The power meter lets you monitor the optical power supplied by
a source such as an optical network interface card or optical test
equipment. You can do these tasks:
Monitor minimum and maximum power levels in dBm
(decibels per milliwatt), mW (milliwatts), µW (microwatts),
or nW (nanowatts.
Monitor power loss compared to a reference level.
Auto CertiFiber Pro and Auto SimpliFiber Pro modes let
you monitor power and loss at two wavelengths when
you use a CertiFiber
Pro or SimpliFiber
®
Pro source.
Save power and loss measurements for two wavelengths
in one record.
Figure 80 shows the equipment for meter measurements.
Notes
It is not necessary to select a Fiber Type or Test
Limit when you monitor power or loss. These tests
do not have PASS/FAIL results.
Power and loss measurements from sources that
transmit network data can change as the data
rate changes.
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Figure 80. Equipment for Power Meter Measurements
To monitor power
1 Clean and inspect the tester’s input port and the connectors
on the source and test reference cord.
2 Connect the tester to the source, as shown in Figure 81.
3 Turn on the source. On a CertiFiber Pro module, hold down
the button adjacent to the VFL port for 3 seconds.
4 On the home screen, tap TOOLS, then tap Power Meter /
Light Source.
5 The default mode for the power meter is Auto CertiFiber Pro.
If the source is not a CertiFiber Pro tester, tap to select the
correct mode.
Figure 82 shows the power meter and its controls.
GPU137EPS
Versiv main unit with CertiFiber
Pro module installed
One test reference cord
Fiber cleaning supplies
FI-1000 video probe with USB
connector
AC adapter with line cords
(optional)
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How to Monitor Power and Loss
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GPU138.EPS
Figure 81. Connections to Monitor Power and Loss
To monitor loss
On the POWER METER / LIGHT SOURCE screen, tap REF to use the
present power level as a reference. The meters show the difference
between the reference power levels and the measured power levels.
To save the power and loss measurements
1 On the POWER METER / LIGHT SOURCE screen, tap SAVE.
2 On the SAVE RESULT screen, select End 1 or End 2, make sure
the Cable ID and End name are correct, then tap SAVE. Saved
power meter results show these icons for End 1 and
End 2:
The tester saves the present, minimum, maximum, and reference
power and loss measurements for both wavelengths in one record.
Power at the
end of a link
Power from an
optical source
Optical network
interface card or
optical power source
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Figure 82. Power Meter Measurements and Controls
The meters show the power levels received on the input port.
This control shows when the meters measure absolute power.
Tap the control to see the power measurement in dBm (decibels
per milliwatt), mW (milliwatts), µW (microwatts), or nW
(nanowatts.
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Power measurements
Loss measurements
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To select a wavelength for the power meter, tap .
Use the Auto CertiFiber Pro and Auto SimpliFiber Pro modes
only with a CertiFiber Pro or SimpliFiber Pro source. In these
modes, the tester reads the wavelength identifiers transmitted
by the source to know when to measure power at each
wavelength.
To monitor power loss (), tap LOSS or REF.
When you tap REF, the tester saves the present measurements as
reference levels and the meters show power loss (
).
To save the power and loss measurements, tap SAVE.
To see the present, minimum, maximum, and reference power or
loss levels, tap a meter.
To set the minimum and maximum values to zero, tap CLEAR
MIN/MAX in the Min/Max/Ref window.
When you tap LOSS or REF, the meters show power loss. The
loss is the difference between the reference power levels and
the measured power levels.
To monitor absolute power, tap POWER.
How to Control the Light Source
When you do tests in Far End Source mode, you use the button on
the module to turn on the remote’s light source manually. You
can also turn on the main tester’s light source manually and use
the main tester as an optical source.
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Use the Display to Control the Main Tester’s Light Source
1 Clean and inspect all connectors you will use.
2 Connect the tester’s output port to the power meter.
If your tester has a CertiFiber Pro Quad module installed, make
sure you connect the fiber to the correct output port.
3 On the home screen tap TOOLS, tap Power Meter / Light
Source, then select settings for the source. See Figure 83.
Use the Module’s Button to Control the Light Source
The button next to the VFL port puts the output port in auto
wavelength mode. In this mode, the port transmits both
wavelengths (850 nm and 1300 nm or 1310 nm and 1550 nm). The
signal includes identifiers that tell the meter when to measure
power at each wavelength. Use this mode only with a CertiFiber
Pro or SimpliFiber Pro power meter.
Note
The remote source always operates in auto
wavelength mode.
1 Clean and inspect all connectors you will use.
2 Connect the tester’s output port to the power meter.
If your tester has a CertiFiber Pro Quad module installed, make
sure you connect the fiber to the correct output port.
3 Hold down the button adjacent to the VFL port for 3 seconds.
On CertiFiber Pro Quad modules, to turn on the singlemode
source, press the button again.
On a main tester used as a source, you can use the POWER
METER / LIGHT SOURCE screen to select different settings for
the source. See Figure 83.
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GPU127.EPS
Figure 83. Light Source Controls for the Main Tester
Use the buttons to control the output port when you use the
main tester as a light source:
Auto: In this mode, the output port transmits both
wavelengths. The signal includes identifiers that tell a
CertiFiber Pro or SimpliFiber Pro power meter when to
measure power at each wavelength. Use this mode only
with a CertiFiber Pro or SimpliFiber Pro power meter.
Off: The output port does not transmit the selected
wavelength.
CW: The output port transmits a continuous signal at one
wavelength. Use this mode if the power meter is not a
CertiFiber Pro or SimpliFiber Pro meter.
The laser icon is red when the output port transmits the
wavelength adjacent to the icon.
When the tester has a CertiFiber Pro Quad module installed, use
this control to select multimode or singlemode wavelengths
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Chapter 10: Manage Test Results
View Saved Results
On the home screen, tap the RESULTS icon. The RESULTS screen
shows the results in the active project. See Figure 84.
To view results saved on a USB flash drive, connect the drive, then
tap RESULTS, TRANSFER, USB Flash Drive, Import. See “Manage
Results on a Flash Drive” on page 209.
To organize results and make reports you can give to customers,
use LinkWare PC software.
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HEJ24.EPS
Figure 84. RESULTS Screen
The name of the active project.
: The number of results that passed. This includes individual
results for each ID and tests that have an result.
: The number of results that failed. This includes individual
results for each ID.
: The number of DSX CableAnalyzer results that have PASS*
results. PASS* results have measurements within the range of
accuracy uncertainty for the tester. See “PASS*/FAIL* Results” on
page 49.
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Note
These numbers show the total number of results
that passed and failed in the IDs saved. So, the
numbers can be more than the number of IDs
saved.
The cable IDs that have FAIL results and must be tested again.
Because some IDs can have one or more tests that failed, the
number at the top of this screen (
) can be more than the
number of retests needed.
The cable IDs that have an overall PASS or result. Because
some IDs can have one or more tests that passed or have an
status, the number at the top of this screen (
) can be more
than the number of passes.
IDs that start with “TRC” are from verification tests on test
reference cords. These IDs show the date and time of the test.
Tap VIEW ALL to see a summary of the results in all the projects
in the tester.
TRANSFER lets you export or import results to or from a flash
drive and delete results on the flash drive.
MANAGE lets you move results to a different project, rename
results, or delete results that are in the tester.
The icons show the types of fiber test results that the result
contains:
No icon: DSX CableAnalyzer results from copper cabling.
Loss/length results from a CertiFiber Pro OLTS module.
OptiFiber Pro OTDR results from End 2 and End 1. The
result can be from an Auto, Manual, SmartLoop, or
DataCenter OTDR test.
Averaged results from a bi-directional OTDR test.
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Power meter results from End 2 and End 1 from a
CertiFiber Pro OLTS module.
FiberInspector results from End 2 and End 1.
FaultMap results from an OptiFiber Pro OTDR module.
Real Time Trace results from End 2 and End 1 from an
OptiFiber Pro OTDR module.
The scroll bar shows when the list of results is long. To use the
scroll bar, tap on the bar or slide your fingertip on the bar. For
example, to see the 12th result in the list, tap on “12” in the
scroll bar. When you slide your fingertip on the bar, the number
of the result you can see is next to your fingertip.
Tap the ID/Date control to sort the results by cable ID or by date.
When you sort by ID, the results show in ascending order. When
you sort by date, the latest result is at the top of the list.
These icons show when you connect the tester to a network
to use Fluke Networks cloud services (see Chapter 12):
The tester is connected to a wireless network.
The tester is connected to a wired network.
How to Add a Result to a Saved Result
You can save the results from different tests in one cable ID. For
example, you can save CertiFiber Pro results and FiberInspector
results together in one ID.
When you add results, these settings used to get the results must
agree with the settings in the saved result:
Test limit
Fiber categories (singlemode/multimode, core size, category)
Index of refraction (makes a warning you can override)
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If the settings do not agree, the tester shows a warning.
To add results for a different End setting for power meter and
FiberInspector tests
Do the test, then tap SAVE.
13 On the SAVE RESULT screen, select End 1 or End 2, make sure
the Cable ID and End name are correct, then tap SAVE.
To add results from a different test
1 On the home screen, tap the test setup panel.
2 On the CHANGE TEST screen, tap the button next to a test,
then tap USE SELECTED.
If the ID set has a Last ID, the home screen shows the first
ID in the set that does not have results for the test you
selected.
If the ID set does not have a Last ID, tap the Next ID panel,
tap the Next ID box on the CHANGE ID screen, enter the
first ID for the set of saved results, then on the CHANGE ID
screen, tap DONE.
3 Tap TEST or press , then save the result.
How to Replace a Saved Result that Failed
To use the same test settings that were used for the saved result
1 On the home screen, tap the RESULTS icon.
2 On the RESULTS screen, tap a result that failed.
3 Tap TEST AGAIN.
4 When the test is completed, and if Auto Save is on, the tester
asks you if you want to overwrite the results. Tap Yes.
If Auto Save is off, tap FIX LATER (if the test failed) or SAVE (if
the test passed) to save the result.
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To replace a result with a result that uses different test settings
1 Turn off Auto Save.
2 Make sure that the home screen shows the project that
contains the result you want to replace.
3 Select the necessary test settings.
4 Do the test, tap FIX LATER (if the test failed) or SAVE (if the
test passed), then enter the ID of the saved result.
5 The tester asks you if you want to overwrite the results. Tap
Yes.
Delete, Rename, and Move Results
Before you delete, rename, or move results, select the project that
contains the results and go to the MANAGE RESULTS screen:
1 On the home screen, tap the RESULTS icon. The RESULTS
screen shows the results in the active project.
2 To see the results in another project, tap VIEW ALL, then tap a
project.
3 Tap MANAGE to see the MANAGE RESULTS screen.
To delete results
1 On the MANAGE RESULTS screen, select the results you want
to delete.
To select all the tests that failed or all the tests that passed,
tap Select All Retests or Select All Passes.
2 Tap DELETE, then tap DELETE in the confirmation dialog.
To rename results
1 On the MANAGE RESULTS screen, select one result to rename.
2 Tap RENAME.
3 Enter a new name, then tap DONE.
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To move results to a different project
1 On the MANAGE RESULTS screen, select the results you want
to move.
2 Tap MOVE.
To move the results to a project shown in the list, tap the
project name, then tap MOVE in the confirmation dialog.
To make a new project and move the results to the new
project, tap NEW PROJECT, enter a project name, tap
DONE, then tap MOVE in the confirmation dialog.
Note
When you move results to a different project, that
project becomes the active project.
Manage Results on a Flash Drive
You can export or import results to or from a flash drive, and
delete results on the flash drive.
To export or import project settings along with results, see
“Manage Projects on a Flash Drive” on page 220.
Caution
Do not remove the USB flash drive while the LED on
the drive flashes. Doing so can corrupt the data on
the drive.
You can lose a USB flash drive, cause damage to it,
or accidentally erase the contents of the drive. Thus,
Fluke Networks recommends that you save no more
than one day of test results on a flash drive.
Note
The tester reads only USB drives that use the FAT
format.
1 Connect a USB flash drive to the type A USB port. The tester
makes a bell sound when it detects the drive.
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2 On the home screen, tap the RESULTS icon, then tap
TRANSFER.
3 On the TRANSFER RESULTS screen, tap USB Flash Drive, then
tap a function:
Export: On the EXPORT RESULTS screen, select New or All,
select the project that contains the results you want to
export to the flash drive, then tap EXPORT.
New: Export only results that do not have the same IDs as
results that are already on the flash drive.
All: Export all the results from all projects in the tester.
Note
Cable IDs are case-sensitive. For example, the
tester saves result with the names “A0” and “a0”
in two different records.
Import: On the IMPORT RESULTS screen select the project
that contains the results you want to import from the
flash drive, then tap IMPORT.
Delete: On the DELETE RESULTS screen select the project
that contains the results you want to delete on the flash
drive, then tap DELETE.
Upload Results to a PC
Note
To upload results to the cloud for transfer to a PC,
use the LinkWare Live web application. See
Chapter 12.
To upload results to a PC from the tester or a flash drive, use
LinkWare PC software.
1 Install the latest version of LinkWare PC software on the PC.
2 Turn on the tester and start LinkWare PC on the PC.
3 Use the USB cable supplied to connect the Micro-AB USB port
on the tester to a type A USB port on the PC. See Figure 85.
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Or connect a USB flash drive to the PC.
4 On the LinkWare PC toolbar, click , then select a product,
or select Test Files (.tst) to upload from a flash drive.
5 In the Import dialog box in LinkWare PC, select options for
the location and the number of results to import.
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Figure 85. How to Connect the Tester to a PC
Micro-AB USB
port
Type A
USB port
AC adapter
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View the Memory Status
To see the memory status
On the home screen, tap the TOOLS icon, then tap Memory
Status.
The MEMORY STATUS screen shows these values:
The percentage of memory available
The number of test records that are saved
The number of .id files that have been downloaded to the
tester from LinkWare PC software
The memory space taken by other files, such as the databases
for projects and test limits
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Chapter 11: Use Projects
Why Use Projects?
The tester’s ProjX
management system lets you set up projects
that help you monitor the status of a job and make sure that your
work agrees with the requirements of the job.
You can use a project to do these tasks:
Specify the tests that are necessary for a job.
Specify settings for tests.
Specify an operator for the job.
Make sets of sequential IDs to use as names for test results.
Automatically save test results with IDs from a set.
Add the results from other necessary tests to each saved result
in the project.
See which IDs do not have results for a specified test.
See what percentage of a job is completed.
See how many links passed and how many failed.
Keep the test results from a job in one place for easy access.
When you use a project, you can do tests and use IDs that are not
specified in the project if necessary. You can also easily change
the settings in a project if necessary.
Note
It is not necessary to install a module to set up a
project for the module. The tester keeps all
settings in the main Versiv unit.
To manage projects in the cloud, use the
LinkWare Live web application. See Chapter 12.
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Set Up a Project
Refer to the PROJECT screen in Figure 86 on page 215.
1 On the home screen, tap the PROJECT panel, tap CHANGE
PROJECT, then tap NEW PROJECT.
2 On the NEW PROJECT screen, enter a name for the project,
then tap DONE.
3 On the PROJECT screen, tap the Operator panel to enter an
operator name for the project.
4 On the PROJECT screen, tap the NEW TEST button to enter
the tests and test settings necessary for the project.
5 On the PROJECT screen, tap the NEW ID SET button to make
one or more sets of cable IDs for the project. See the CABLE ID
SETUP screen in Figure 87 on page 218.
6 On the PROJECT screen, tap DONE.
The PROJECT Screen
To start a new project, tap the PROJECT panel on the screen.
Figure 86 shows the PROJECT screen and describes the items you
enter to make a project.
The name of the project. See also item .
Operator: The name of the person who will do the tests for the
project. For each operator you can also enter the email address
that the operator will use as an ID to sign in to LinkWare Live.
The date range for the results in the project.
Results: A summary of the test results in the project:
: The number of tests that failed.
: The number of tests that passed.
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The PROJECT Screen
215
GPU08.EPS
Figure 86. PROJECT Screen
: The number of DSX CableAnalyzer results that have PASS*
results. PASS* results have measurements within the range of
accuracy uncertainty for the tester. See “PASS*/FAIL* Results” on
page 49.
Test Setup: The tests that are available in the project.
To add a test to the project, tap NEW TEST.
Cable ID Sets: The sets of IDs the tester can use for the names of
test results. Each ID set is for either copper or fiber cable.
To add a set of IDs to the project, tap NEW ID SET. See Figure 87.
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To use a different project, tap CHANGE PROJECT, then tap a
project.
To make a new project, tap CHANGE PROJECT, then tap NEW
PROJECT.
TRANSFER lets you export or import projects to or from a flash
drive and delete projects on the flash drive. The project data
includes all project settings and test results.
MANAGE lets you rename, copy, or delete a project that is in the
tester.
To delete the test setup or ID set, tap . To copy the test setup
or ID set so you can edit it to make a new one, tap .
Notes
If you delete an imported ID set from a project,
the ID set is still available in the tester. To delete
imported ID sets from the tester, use LinkWare PC
software.
A project must have at least one Test Setup and
one Cable ID set. If you delete them all, the tester
makes a default Test Setup and Cable ID set.
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The CABLE ID SETUP Screen
217
The CABLE ID SETUP Screen
To see the CABLE ID SETUP screen, tap the PROJECT panel on the
home screen, then tap NEW ID SET on the PROJECT screen. See
Figure 87 on page 218.
Each project can have up to 5000 IDs. If an ID set does not have a
Last ID, the tester counts the set as one ID. An ID can have a
maximum of 60 characters. Symbols, such as the asterisk, and
accented characters do not increment.
About Next ID Sets
If you do not enter a Last ID when you make an ID set, the tester
uses the First ID as the Next ID. The tester increments the Next ID
each time you save a result.
Numbers increment sequentially:
1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, ... 99, 100, 101...
Letters increment through the English alphabet:
A, B, C, D, ... Z, AA, AB, AC, AD, ... AZ, BA, BB, BC...
Numbers and letters do not cause each other to increment:
1Y, 1Z, 1AA, 1AB, ... 1ZZ, 1AAA, 1AAB...
The tester does not increment symbols or accented characters.
When you use a Next ID set, the set under IDs Untested on the
CHANGE ID screen shows only the next ID. To save the next test
with a different ID, tap the Next ID: panel, then enter a different
ID.
Each project can have one Next ID set. You can use the Next ID set
for copper or fiber results.
If your project has only a Next ID set, the tester cannot calculate
the percentage of the project that is completed, so the % Tested
value does not show on the home screen.
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If your project has both a Next ID set and sets with first and last
IDs, the % Tested value includes tests you saved with Next ID. For
example, if you have one Next ID set and one set with 10 IDs, and
you save 10 results with next IDs, the % Tested shows 50% (10
saved results divided by 20 IDs).
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Figure 87. CABLE ID SETUP Screen
(after you enter the first and last IDs)
First ID and Last ID: The first and last IDs in a set of sequential IDs.
If you do not enter a Last ID when you make an ID set, the tester
will increment the First ID to make subsequent IDs.
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Note
The tester does not increment symbols or
accented characters.
When you use an ID set that does not have a Last ID, the set
under IDs Untested on the CHANGE ID screen shows only the
next ID.
Total IDs: The number of IDs in the set. This section does not
show for ID sets that do not have a Last ID.
Select Media: Select Copper to use the ID set for test results
from copper cable.
Select Fiber and one or more fiber tests to use the ID set for test
results from fiber cable.
For example, you can specify that you must do a Loss Length
and a FiberInspector test for each ID. After you do both tests for
all the IDs in the set, the tester shows 100% Tested on the home
screen. If no IDs include FiberInspector results, the tester shows
50%. To see the IDs that need FiberInspector results, select a
FiberInspector test in the project, then look at the list under
FiberInspector IDs Untested on the CHANGE ID screen
Notes
You can use an ID set only for results from the
media type you selected under Select Media.
The Select Media section does not show for ID sets
that do not have a Last ID. You can use these ID
sets for copper or fiber results.
Tap IMPORT to use an ID set that you downloaded to the tester
from LinkWare PC software.
Tap REVIEW to see the CABLE ID REVIEW screen, which shows
the ID set an the total number of IDs.
Note
The REVIEW button does not show if you do not
enter a Last ID.
SAVE: To save the ID set, tap SAVE.
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Manage Projects on a Flash Drive
You can export or import projects to or from a flash drive, and
delete projects on the flash drive. The project data includes all
project settings, test results, and ID sets.
Caution
Do not remove the USB flash drive while the LED on
the drive flashes. Doing so can corrupt the data on
the drive.
You can lose a USB flash drive, cause damage to it,
or accidentally erase the contents of the drive. Thus,
Fluke Networks recommends that you save no more
than one day of test results on a flash drive.
Note
The tester reads only USB drives that use the FAT
format.
1 Connect a USB flash drive to the type A USB port. The tester
makes a bell sound when it detects the drive.
2 On the home screen, tap the PROJECT panel.
3 On the PROJECT screen, tap TRANSFER.
4 On the TRANSFER PROJECTS screen, select a function:
Export: On the EXPORT PROJECTS screen, select the
projects you want to export to the flash drive, then tap
EXPORT.
Import: On the IMPORT PROJECTS screen select the
projects you want to import from the flash drive, then tap
IMPORT.
Delete: On the DELETE PROJECTS screen select the
projects you want to delete on the flash drive, then tap
DELETE.
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Copy Project Settings to Other Testers
221
Copy Project Settings to Other Testers
To copy the settings in a project to other Versiv units, use the
Read Project Setups and Write Project Setups utilities in LinkWare
PC software. You can use LinkWare PC to read project settings
from a tester or from a project you exported to a flash drive.
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Chapter 12: Sync Projects with
LinkWare
Live
The LinkWare Live web application lets you manage your projects
from a desktop or mobile device. With a LinkWare Live
Professional license, you can also set up projects that your
technicians can download to their testers in the field.
Sign Up for a LinkWare Live Account
1 Go to www.linkwarelive.com/signin.
2 If you already have a LinkWare Live account, enter your email
address and password on the LinkWare Live Sign In page.
3 If you do not have a LinkWare Live account, click New user?
Sign up now!. Enter the information for your account, then
click GET STARTED.
Fluke Networks sends you an email with a LinkWare Live
activation code.
4 Open the email, copy the activation code, click the LinkWare
Live activation link in the email, paste the activation code into
the box in the activation window, then click ACTIVATE.
5 The LinkWare Live Sign In page shows again. Enter your email
address and password, then click SIGN IN.
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How to See the Tester’s MAC Address
Some networks require users to register their device’s MAC
address before they can connect to the network.
There are two MAC addresses: one for the wired port and one for
the Wi-Fi adapter.
To see the tester’s or Wi-Fi adapter’s MAC address
Note
The Wi-Fi adapter’s MAC address is also provided
on the adapter’s package or with the adapter’s
documentation.
1 For a Wi-Fi adapter, connect the adapter to the tester’s USB
port.
2 On the home screen tap TOOLS, then tap Network.
3 On the NETWORK screen, tap the Wired or Wi-Fi panel. The
MAC addresses shows at the top of the WIRED and WI-FI PORT
screens.
Use LinkWare Live Through a Wired Ethernet
Network
1 Use an appropriate cable to connect the tester’s RJ45 Ethernet
port to an active network port. If the cable is good and the
port is active, the LEDs on the tester’s port will come on.
2 On the home screen, make sure the Operator name is correct.
The tester uses the email address associated with the operator
name as the ID when you sign in to LinkWare Live.
If no address is associated with the name, or if you enter a
different address on the SIGN IN screen, the tester associates the
name with the address you enter.
3 On the home screen, tap the RESULTS icon, then tap
TRANSFER.
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225
4 On the TRANSFER RESULTS screen, tap the LinkWare Live
panel.
5 When the tester connects to the network, the wired network
connection icon shows at the top of the screen:
6 On the SIGN IN screen, if necessary, enter the ID and password
for your LinkWare Live account, then tap SIGN IN.
7 If you use other people’s LinkWare Live accounts, the
ORGANIZATION screen shows. Tap the organization you want
to use.
8 On the SYNC PROJECTS screen (Figure 88 on page 227), select
the projects you want to sync, then tap SYNC.
Use LinkWare Live Through a Wi-Fi Ethernet
Network
To connect the tester to a Wi-Fi network, you must have an
optional USB Wi-Fi adapter. Fluke Networks recommends these
adapters:
ASUS USB N10 Nano
TP-LINK TL-WN725N
NETGEAR WNA1000M
Other adapters may be suitable. For the latest list of qualified
adapters, see this topic in the Fluke Networks Knowledge Base:
www.bit.ly/1ACJeFO
The tester can use wireless network channels 1 through 11.
1 Connect the Wi-Fi adapter to the tester’s type A USB port.
2 On the home screen, make sure the Operator name is correct.
The tester uses the email address associated with the operator
name as the ID when you sign in to LinkWare Live.
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If no address is associated with the name, or if you enter a
different address on the SIGN IN screen, the tester associates the
name with the address you enter.
3 On the home screen, tap the RESULTS icon, then tap
TRANSFER.
4 On the TRANSFER RESULTS screen, tap the LinkWare Live
panel.
5 Select a wireless network if necessary.
If the network setting are not correct, the tester shows the
NETWORK screen and a message about the necessary settings.
a. To change the settings, tap the Wi-Fi panel.
b. To test the settings, go back to the WI-FI PORT screen, then
tap CONNECT.
When the tester connects to the network, the Wi-Fi
network connection icon shows at the top of the screen:
c. Go back to the TRANSFER RESULTS screen, then tap the
LinkWare Live panel.
6 On the SIGN IN screen, if necessary, enter the ID and password
for your LinkWare Live account, then tap SIGN IN.
7 Enter a user name and password for the network, if necessary.
8 If you use other people’s LinkWare Live accounts, the
ORGANIZATION screen shows. Tap the organization you want
to use.
9 On the SYNC PROJECTS screen (Figure 88), select the projects
you want to sync, then tap SYNC.
Chapter 12: Sync Projects with LinkWare
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227
GPU190.EPS
Figure 88. SYNC PROJECTS Screen
Projects in the On this tester section are possibly also in
LinkWare Live. You can upload results from these projects to
LinkWare Live.
If the project in LinkWare Live has test settings or cable IDs that
are different from those in the tester, you can download the
new settings to the tester.
By default, the active project is selected to sync.
Projects in the Available only on LinkWare Live section have
project settings you can download to the tester.
A
B
C
Versiv Cabling Certification Product Family
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228
If you download these projects, only test settings and cable IDs
are downloaded. Any test results saved in the project in
LinkWare Live are not downloaded.
If you select Assigned to me only, you will see only projects that
are assigned to you in the project settings in LinkWare Live.
Change the Network Settings
It is not usually necessary to change the wired or Wi-Fi network
settings before you try to make a connection. But for example if
you must use static addressing, you can get to the settings on the
NETWORK screen.
To get to the network settings
On the home screen, tap TOOLS, then tap Network, then tap the
Wired or Wi-Fi panel.
To test the settings
Tap CONNECT on the WI-FI PORT or WIRED PORT screen.
Settings for the Wired Port
The tester can use DHCP (dynamic host configuration protocol) or
Static for the address method. Most networks use DHCP.
For Static, enter an IP address for the tester and the Subnet Mask,
Gateway address, and DNS1 and DNS2 addresses for the network.
If you are not sure what to enter, speak to the network
administrator.
Settings for the Wi-Fi Port
Table 8 shows the Wi-Fi settings.
Chapter 12: Sync Projects with LinkWare
Live
Change the Network Settings
229
Table 8. Settings for the Wi-Fi Connection
Setting Description
Address Most networks use DHCP.
DHCP address
settings
SSID: The tester does a scan for wireless networks and
shows a list of available networks. Select the correct SSID.
To connect to a hidden network, tap ADD SSID.
Security:
Authentication: Select the authentication type that the
network uses:
Open: Security credentials are not necessary.
WEP: Select an encryption method and enter the
necessary keys.
WPA/WPA2 Personal: Enter the password for the
network.
WPA/WPA2 Enterprise:
EAP: Select an EAP type that is appropriate for the
authentication server.
User and Password: Enter a user name (login name)
and password for the network.
Alternate ID: The tester can use the Alternate ID with
some EAP methods to send an empty or anonymous
identity while the tester makes a private connection.
The tester then uses the private connection to send the
User name and Password you entered.
The tester can also use the Alternate ID to send the
User name and Password to an authentication server in
a different realm. In this situation, the Alternate ID can
have a format such as anonymous@MyCompany.com
or /MyCompany/anonymous.
Static address
settings
Enter an IP address for the tester and the Subnet Mask,
Gateway address, and DNS1 and DNS2 addresses for the
network. If you are not sure what to enter, speak to the
network administrator.
The Security settings are the same as for the DHCP address
settings.
Versiv Cabling Certification Product Family
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230
Sign Your Tester Out of LinkWare Live
1 On the home screen, tap the TOOLS icon, then tap Sign In.
2 On the SIGN IN screen, tap SIGN OUT.
Or, turn off the tester.
Get Started with LinkWare Live
The LinkWare Live web application lets you do these project
management tasks from a desktop or mobile device:
Monitor the progress on projects.
Enter administrative information for projects, such as start
and end dates, project IDs, and site addresses.
See summary and detailed views of test results.
Assign projects to operators in the field.
Transfer projects to LinkWare PC software.
With a LinkWare Live Professional license, you can also set up
projects that your technicians can download to their testers in
the field.
Sign In to LinkWare Live from a Desktop or
Mobile Device
1 Go to https://www.linkwarelive.com/signin.
2 Enter your LinkWare Live user name and password, then click
SIGN IN.
For more information about how to use LinkWare Live, click
SUPPORT on the LinkWare Live web page.
Chapter 12: Sync Projects with LinkWare
Live
Import Projects from LinkWare Live into LinkWare PC
231
Import Projects from LinkWare Live into
LinkWare PC
1 Install the latest version of LinkWare PC software on the PC.
2 Turn on the tester and start LinkWare PC on the PC.
3 Use the USB cable supplied to connect the Micro-AB USB port
on the tester to a type A USB port on the PC.
4 On the LinkWare PC toolbar, click .
5 Sign in to your Fluke Networks web account, then use the
LinkWare PC dialog boxes to select and import projects.
Versiv Cabling Certification Product Family
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232
233
Chapter 13: Maintenance
Warning
To prevent possible fire, electric shock, personal
injury, or damage to the tester:
Do not open the case. You cannot repair or replace
parts in the case.
Use only replacement parts that are approved by
Fluke Networks.
If you replace parts that are not specified as
replacement parts, the warranty will not apply to
the product and you can make the product
dangerous to use.
Use only service centers that are approved by Fluke
Networks.
Caution
If you replace electrical parts yourself, the tester will
possibly not have the correct calibration and can
give incorrect test results. If the calibration is not
correct, cable manufacturers can remove their
warranty from the cabling you install.
Versiv Cabling Certification Product Family
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234
Verify Operation
The tester does a self test when you turn it on. If the tester shows
an error or does not turn on, refer to “If the Tester Does Not
Operate as Usual” on page 241.
Clean the Tester
To clean the touchscreen, turn off the tester, then use a soft, lint-
free cloth that is moist with water or water and a mild detergent.
To clean the case, use a soft cloth that is moist with water or
water and a mild detergent.
Warning
Do not put the tester or the battery pack in water.
Caution
To prevent damage to the touchscreen or the case,
do not use solvents or abrasive materials.
When you clean the touchscreen or the case, do not
let liquid get under the plastic around the
touchscreen.
To clean the optical connectors on the module, see the
instructions in Chapter 4.
Clean the FI-1000 Video Probe
To clean the case, use a soft cloth that is moist with a mild
detergent.
Caution
To prevent damage to the case, do not use solvents
or abrasive materials.
To clean the lens, remove the adapter tip, then wipe the lens with
an optical-grade cloth that is moist with an optical-grade cleaning
solution.
Chapter 13: Maintenance
Traceable Calibration Period
235
Traceable Calibration Period
To make sure that the modules operate within the published
specifications for accuracy, have them calibrated at a Fluke
Networks authorized service center every 12 months.
See Information About the Tester
To see information about your tester and attached modules and
adapters
On the home screen, tap the TOOLS icon, then tap Version
Information.
To see information about a remote tester
Use DSX or CertiFiber Pro modules and patch cords to connect the
main and remote testers together (see Figure 2 on page 15), then
tap REMOTE on the Version Information screen.
Update the Software
New software gives you access to new features and the latest test
limits and cable types. Software updates are available on the
Fluke Networks website.
You can use a PC to install a software update, or connect an
updated main unit to a remote or to another main unit to update
those units.
You can also use LinkWare Live to download a software update
from the cloud to your main tester, then use the main tester and
a USB cable to install the update in the remote.
Versiv Cabling Certification Product Family
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236
Use a PC to Update the Software
Caution
To prevent unexpected loss of power, connect the
ac adapter to the tester when you update the
software.
Note
The software update procedure does not delete
the test records, project settings, or user
preferences in the tester, but can possibly change
the factory-installed cable types or test limits.
1 Install the latest version of LinkWare PC software on your PC.
LinkWare PC is available on the Fluke Networks website.
2 Connect the AC adapter to the tester and connect the
Micro-AB USB port on the tester to a type A USB port on the
PC. See Figure 89.
3 LinkWare PC automatically tells you if new software for the
tester is available on the Fluke Networks website, and lets you
install the software.
Note
Older versions of LinkWare PC do not start the
update procedure automatically. For older
versions, you must have the Versiv update file on a
disk or USB drive and click to start the update
procedure.
4 The tester reboots when the update is completed. To make sure
the update was installed correctly, tap the TOOLS icon on the
home screen, tap Version Information, then make sure the
Versiv main unit and the module show the correct version.
5 Do steps 2 through 4 again for the remote. On a remote
tester, the LEDs show the progress of the installation.
Chapter 13: Maintenance
Update the Software
237
GPU46.EPS
Figure 89. How to Connect the Tester to a PC
Micro-AB USB
port
Type A
USB port
AC adapter
Versiv Cabling Certification Product Family
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238
Use an Updated Main Tester to Update Other Testers
1 Turn on both testers and connect the AC adapters to both
testers.
2 Use the USB cable provided to connect the updated main unit
to the remote or to another main. See Figure 90.
3 Follow the instructions shown on the display of the updated
main unit.
Note
If a remote has newer software than the main
unit, the main unit can install the older software
in the remote so that you can use the two units
together. The remote cannot install the newer
software in the main unit.
Use LinkWare Live to Update the Software
1 Use an appropriate cable to connect the tester’s RJ45 Ethernet
port to a network port or connect a Wi-Fi adapter to the
tester’s type A USB port.
2 Go to the home screen, tap the RESULTS icon, then tap
TRANSFER.
3 On the TRANSFER RESULTS screen, tap the LinkWare Live
panel.
4 On the SIGN IN screen, enter the ID and password for your
LinkWare Live account, then tap SIGN IN.
5 If a Versiv software update is available, the tester shows a
message. Tap YES to install new software in your tester.
6 The tester reboots when the update is completed.
7 To install the update in a remote or another main tester, use
the USB cable provided to connect the updated main tester to
the other tester. See Figure 90.
8 Follow the instructions shown on the display of the updated
main tester.
Chapter 13: Maintenance
Update the Software
239
HGD116.EPS
Figure 90. How to Connect Units Together to Update the Software
Type A USB port
Micro-AB USB
port
Type A USB port
Micro-AB USB
port
Updated main
unit
Updated main
unit
AC
adapter
AC
adapter
AC
adapter
AC
adapter
Remote
Main unit
Versiv Cabling Certification Product Family
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240
Update the Software in a Module
To update the software in a module, attach it to a main or remote
Versiv unit that has the latest software. The tester automatically
installs the software in the module.
Extend the Life of the Battery
Warning
To prevent possible fire, electric shock, or personal
injury, read the warnings about the rechargeable
battery under “For the Versiv Main Unit” on page 5.
Do not frequently let the battery discharge completely.
Do not keep the battery at temperatures below -20
o
C (-4
o
F)
or above +50
o
C (+122
o
F) for periods longer than one week.
Before you put a battery into storage, charge it to
approximately 50 % of full charge.
Store the Tester
Before you store a tester or an extra battery for a long period,
charge the battery to approximately 50 % of full charge. The
discharge rate of the battery is 5 % to 10 % each month.
Check the battery every 4 months and charge it if necessary.
Keep a battery attached to the tester during storage. If you
remove the battery for more than approximately 24 hours,
the tester will not keep the correct time and date.
Storage temperature: -22 °F to +140 °F (-30 °C to +60 °C)
Remove the Battery
Figure 91 shows how to remove the battery.
Chapter 13: Maintenance
Calibration
241
Notes
If you remove the battery and do not connect the
AC adapter, the clock keeps the current date and
time for a minimum of 24 hours.
The screw does not come out of the battery door.
HGD21.EPS
Figure 91. How to Remove the Battery
Calibration
To make sure that the modules operate within the published
specifications for accuracy, have them calibrated at a Fluke
Networks authorized service center every 12 months. To get
information on factory calibration, contact an authorized Fluke
Networks Service Center.
To see when the tester last received a factory calibration, tap the
TOOLS icon on the home screen, then tap Version Information.
If the Tester Does Not Operate as Usual
If the tester does not operate as usual or if it shows an unusual
message, see Table 9 for possible explanations and solutions to
some conditions that can occur.
A
B
C
Model VERSIV-BATTERY
OFF
Versiv Cabling Certification Product Family
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242
If the condition continues, contact Fluke Networks for assistance,
or search the Fluke Networks Knowledge Base for a solution.
If you contact Fluke Networks, have available the serial number,
software and hardware versions, and calibration date for the
tester, if possible. To see this information, tap the TOOLS icon on
the home screen, then tap Version Information.
You can also use LinkWare PC software to upload the system log
from the tester. This file contains information that can possibly
help Fluke Networks find a solution to an unusual problem.
To see the serial numbers of the main and remote units and
modules if the tester is not operating correctly, remove the
module and look at the stickers under and on the module.
Options and Accessories
For a complete list of options and accessories go to the Fluke
Networks website at www.flukenetworks.com.
To order options and accessories, contact an authorized Fluke
Networks distributor.
Table 9. Possible Solutions for Unusual Behavior
The touchscreen or the keys do not respond.
Press and hold until the tester turns off. Then turn on the tester. If the
problem continues, install the latest version of software in the tester.
The tester will not turn on even though the battery is charged.
The safety switch or the fuse in the battery is possibly open. Wait a few
seconds, then try again. If the tester does not turn on, the battery is possibly
bad and must be replaced. The tester can operate on AC power if the
battery does not operate.
Test results appear to be incorrect.
The tester possibly has incorrect settings. Make sure you selected the correct
cable type and test limit.
Chapter 13: Maintenance
Regulatory Information
243
Regulatory Information
This equipment generates, uses, and can radiate radio frequency
energy, and, if not installed and used in accordance with the
manual, may cause interference to radio communications. It has
been tested and found to comply with the limits for a Class A
digital device pursuant to Part 15, Subpart J of the FCC rules,
which are designed to provide reasonable protection against such
interference when operated in a commercial environment.
Operation of the equipment in a residential area is likely to cause
interference, in which case the user, at his own expense, will be
required to take whatever measures may be required to correct
the interference.
Versiv Cabling Certification Product Family
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244
245
Appendix A: Reference Method
Names
Industry standards use different names for the three reference
methods. Tables A-1 and A-2 show the names used in this manual
and by four common standards.
Table A-1. Reference Method Names fore TIA/EIA Standards
Link End
Connections
Included in Loss
Results
Method
Name in This
Manual
TIA-526-14B
(multimode)
TIA/EIA-526-7
(singlemode)
2 connections 1 Jumper One-Cord
Reference
Method
(was Method B)
Method A.1
1 connection 2 Jumper Two-Cord
Reference
Method
(was Method A)
Method A.2
None 3 Jumper Three-Cord
Reference
Method
(was Method C)
Method A.3
Versiv Cabling Certification Product Family
Users Manual
246
Table A-2. Reference Method Names for IEC Standards
Link End
Connections
Included in Loss
Results
Method
Name in This
Manual
IEC 61280-4-1
(multimode)
IEC 61280-4-2
(singlemode)
2 connections 1 Jumper One-Cord
Reference
Method
(was Method 2)
One-Cord
Reference Method
(was Method A1)
1 connection 2 Jumper Two-Cord
Reference
Method
(was Method 1)
Two-Cord
Reference Method
(was Method A2)
None 3 Jumper Three-Cord
Reference
Method
(was Method 3)
Three-Cord
Reference Method
(was Method A3)
247
Appendix B: Modified 1 Jumper
Reference Method
This Appendix shows modified reference and test connections
that give 1 jumper results. Use these connections if you need 1
jumper results, but do not have the correct connector adapters to
connect the CertiFiber Pro modules’ output ports to the link. This
method lets you keep the test reference cords connected to the
module’s output ports when you connect the modules to the link.
Versiv Cabling Certification Product Family
Users Manual
248
GPU139.EPS
Figure B-1. Modified 1 Jumper Reference Method for
Smart Remote Mode
Caution
Do not disconnect the
outputs ( and ) after
you set the reference.
Short MT-RJ (no pins)
to MT-RJ (pinned)
test reference cord
(0.3 m or less.
Fiber Link Test
Reference
Mandrel*
Mandrel*
*Use mandrels only with multimode modules.
252

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